Why India, China and Russia Oppose Plans to Triple Renewable Energy

The climate summit of the UN Framework Convention on Climate Change (COP28) ended in Dubai on December 13. It lasted a day longer than planned as participants disagreed on the final document.

COP28 ended with the first ever pledge to phase out fossil fuel use and triple renewable energy capacity by 2030.

By the same time, emissions of CO2 and other greenhouse gases, including methane, must be reduced. Within two years, countries must submit a detailed action plan to implement their programs.

130 UN member states signed the resolution, although the largest countries India and China, which also produce the most greenhouse gases and consume huge amounts of fuel, did not sign.

However, the document is not legally binding. And no one will be able to force any “violators” or outsiders of the agreement to change the course of their policies. Like the 2015 Paris Climate Agreement, this plan, although ambitious, is difficult to implement for objective reasons.

Not so “Green”

The current commitment is one of the International Energy Agency’s five imperatives to limit global warming to 1.5°C above pre-industrial levels by the end of the century. The signatory countries together account for 40% of global carbon dioxide emissions from fossil fuel combustion, 37% of total global energy demand and 56% of global GDP.

It is noted that 2023 is one of the hottest years in decades. Environmental activists cite various natural disasters around the world that they believe are consequences of current warming.

However, there is no objective scientific correlation between these events. Moreover, analysis of weather patterns of previous centuries based on archaeological materials, as well as ice samples in Antarctica and other sources, has shown that throughout history there have been periods of cooling and warming on Earth. It turns out that human activity has nothing to do with it.

Although eco-activists have an argument that anthropogenic activity has worsened the overall state of the planet, so adjustments are needed. This requires limiting emissions of CO2, methane, and other harmful substances into the atmosphere. It is also necessary to move to technologies that will be friendlier to the environment, both in energy production and for human needs.

However, a number of nuances arise.

So-called green technologies are by no means environmentally friendly. The production of electric cars and batteries requires lithium, the mining of which causes serious damage to the environment. The same is true for cobalt, which is needed to produce lithium-ion batteries.

As for the plates of wind turbines, there is still no way to recycle them. The wind turbines themselves need careful and regular maintenance to avoid breakages and fires caused by friction.

The same is true for solar panels—their disposal and recycling is a costly process, if all environmental safety requirements are met and the framework for reducing hydrocarbon emissions is adhered to.

The EU has No Way Out, but India and China Do

As is well known, energy based on sunlight and wind depends on the vagaries of nature.

In this regard, projects are being created to transport electricity from regions where the intensity of sunlight is high, for example, from Africa to Europe through underwater electric cables. However, the risk of their destruction by an earthquake or man-made damage, for example from a ship’s anchor, also remains high.

Then there is nuclear power.

Back in 2021, the European Commission prepared a detailed report, according to which by most indicators it is more acceptable and safer for both humans and the environment. The extraction of uranium, its direct use in nuclear power plants and proper utilization have a much smaller impact on the landscape, flora and fauna than wind and solar power. Given that it is low-carbon energy, it is far ahead of all types of thermal power plants.

The same European researchers have previously included natural gas in the low-carbon fuel mix.

But the EU is gradually abandoning Russian gas, and there is really nothing to replace it with. Given the reorientation of markets for Russian gas, it is likely to go more to Asian giants—to China and, in the long term, probably to India. This explains the frenzy around “green” technologies in the EU—they simply have no other choice.

Although China and India are not involved in the COP28 plans, they signed the Leaders’ Declaration at the G20 summit in New Delhi in September. According to this document, they are to “pursue and promote efforts to triple renewable energy capacity worldwide” by 2030. In addition, China also agreed on the same thing with the US about two weeks before COP28.

Technically, both China and India can ramp up renewables. The Middle Kingdom alone is the world leader in solar panel production and is also expanding its production of electric cars, wind turbines and batteries. In addition, China is engaged in offshore wind energy projects all over the world, actually becoming a monopoly in this regard. Even the EU lags behind it in these areas.

India has become the third largest renewable energy market in the world in terms of annual growth and total capacity in 2021, behind only China and the United States.

Difficult Promises

The promise to reduce methane (CH4) emissions will be even harder to fulfill than the other stated goals. CH4 is expected to be responsible for 45% of the planet’s warming this decade. Even though it does not stay in the atmosphere as long as CO2.

The U.S. Environmental Protection Agency announced on Dec. 2, during the summit, that it had finalized a long-awaited rule to reduce CH4 emissions from the oil and gas sector by about 80% within 15 years. This news was accompanied by a commitment to provide $1 billion in aid to smaller countries to tackle the same problem.

This prompted several countries to join the global commitment to reduce overall CH4 emissions by 30% by 2030. Many developed countries at the summit publicly insisted, albeit with reservations, on phasing out coal, oil and gas.

Earlier, the EU passed a law setting strict standards for methane leakage, although the results of this provision will have an impact far beyond European borders. At issue are technologies to capture the gas so that it is not released into the atmosphere and flared, as has been done to date.

It seems that the authors of such initiatives are lobbying for the interests of manufacturers of special equipment to impose them on other countries.

Probably for this reason, Saudi Arabia and several allied countries were in a small minority that publicly voiced strong objections to the inclusion of any reference to reducing fossil fuel production and consumption in the text of a potential deal.

Representatives of the Russian Ministry of Energy traditionally spoke of the low-carbon nature of the Russian energy sector (referring to nuclear, hydro and gas generation). They also talked about the lack of common sense in the development of renewable energy sources on such a scale as is happening in the EU. The Russian delegation advocated a rational approach to decarbonization, calling plans to triple renewable energy sources by 2030 “slogans and extremism.”

It turns out that the most vulnerable countries are not the main polluters, which, given the growth of their own economies, can gradually adjust to the trend. Some producers and buyers of energy resources, especially those with limited capacity, are in an unequal position.

In addition, developing countries need financing to achieve these goals. It is needed to meet their growing demand for affordable energy to power their economies and growing populations. India will need to find $293 billion to triple its renewable energy capacity by 2030. And an additional $101 billion to align with the IEA’s net zero greenhouse gas emissions scenario.

In addition, investors in many countries often face payment delays, red tape, protectionist rules and regulations, and domestic policy uncertainty. This may discourage them from working with renewable energy in such regions.

There are other risks as well.

Prices for key materials for renewable energy—aluminum, copper, steel and polysilicon—could rise because of supply shortages. Transportation and labor costs may also exceed expectations. There is also a labor shortage per se. Not all countries have the necessary programs and vocational schools to provide workers with the necessary knowledge, especially in manufacturing and new construction.

In the end, even if the signed agreement is followed, there remains the equally daunting task of measuring, reporting, verifying and enforcing the commitments made.

Most likely, despite further summits (the next one will be held in Baku), the signatory and non-signatory countries will move along their own trajectories. Technologically advanced states will try to impose their developments on everyone else and oblige them to follow their agenda through such climate treaties.

Independent actors will continue to consume fossil energy, but at the same time develop alternative sources, including hydrogen and nuclear energy production. Russia will probably follow this path.

Those who depend on supplies and foreign aid will balance opportunities and offers, regularly appealing to justice and the notion of humanity’s “common home.”


Leonid Savin is Editor-in-Chief of the Geopolitika.ru Analytical Center, General Director of the Cultural and Territorial Spaces Monitoring and Forecasting Foundation and Head of the International Eurasia Movement Administration. This article appears through the kind courtesy of Geopolitika.


Ten Thoughts on Artificial Intelligence

1. Appearance

The term “artificial intelligence” first appeared in the 1950s, with the advent of the first computers, capable of performing certain tasks that only human intelligence had previously been able to accomplish. Computing was the very first faculty to be transferred to a machine. This explains why what we call a “computer” in English has kept its original name of computer, i.e., “calculator.” Automated calculation was the first example of artificial intelligence.

Why does calculating no longer seem to us to fall under the heading of artificial intelligence? This is an example of what the Anglo-Saxons call the “AI effect”: as artificial intelligence develops, earlier achievements are no longer regarded as artificial intelligence, but as standard machinery. Thus, for example, character recognition, fingerprint recognition and so on. In practice, then, artificial intelligence refers to what “intelligent” machines are just beginning to be able to do.

2. Downgrading the Human

When they first appeared, electronic calculators were described as “electronic brains.” Over time, as machine performance increased, the metaphor was turned on its head: it was no longer the computer that was compared to a brain, but the brain to a computer. The human being is now seen as just another “information-processing machine.” Today, the term “intelligent agent” is used to describe any “system,” natural or artificial, that interacts with its environment, draws information from it and uses this information to maximize its chances of success in achieving its goals or those assigned to it. In this context, artificial intelligence finds itself completely emancipated from the human model from which it once took its name. On the one hand, many aspects of human intelligence remain properly human. On the other hand, artificial intelligences are now capable of performances beyond the reach of any human intelligence. Although designed by humans, they are endowed with certain intellective capacities that are truly superhuman.

3. The Race for Power

Since the 19th century, technology has been indispensable to power. By technology, I am not referring to technique in general, which is as old as humanity itself, but to that very recent part of technique which is inseparable from the mathematical sciences of nature that emerged in Europe from the 17th century onwards, and is inconceivable without them. It was their technological superiority that enabled Westerners to dominate the world for a time. On the threshold of the 20th century, Hwuy-Ung, a Chinese scholar exiled in Australia, confessed his admiration for what he saw: “The marvelous inventions of this country and of Western nations are, for the most part, unknown to us, and seem incredible.” But did these wonders make people happier? The answer was not self-evident. One thing, however, was beyond doubt: “marvelous inventions” conferred unparalleled power. Hence this observation: “Those who do not follow the trend set by the most advanced nations become their victims, as we are experiencing.” After the Second World War, China set out to become a major technological power in its own right, in order to emerge from the long series of humiliations inflicted on it, from the outbreak of the first Opium War in 1839 to the Japanese invasion in 1937. Today, artificial intelligence is becoming a decisive component of technology, and if you do not want to be at the mercy of those more powerful than you, you need to invest in this field.

4. Survival in the Digital Jungle

Power is not the only issue. For as long as there have been homo sapiens on earth—some 300,000 years—they have lived most of their lives in Paleolithic conditions. It was in these conditions that the faculties of our species developed. It goes without saying that these skills include an extraordinary ability to adapt to new environments. However, since the industrial revolution, the environment in which a growing proportion of humanity is called upon to live has been changing so rapidly that, in many respects, our natural faculties, including intelligence, have been taken by surprise. If natural intelligence used to enable us to orientate ourselves correctly in the natural environment, known today as the biotope, we now need artificial intelligence to orientate ourselves correctly in an environment that is itself artificial, the technotope. And for this, artificial intelligence is indispensable. Just think, for example, how helpless we would be to use the Internet if we could not rely on search engines that incorporate forms of artificial intelligence.

5. The Control Society

Among the threats posed by the all-out development of artificial intelligence, the public’s greatest fear is undoubtedly that of social control, through the innumerable digital data now generated by our lives. After all, the word intelligence also means “information gathering.”

One thing is clear, however. By massively rejecting the old-fashioned social control constituted by the inculcation of moral rules, and the discredit that came with breaking them, by fleeing the control exercised by neighbors in traditional communities, late moderns believed that it was possible to do without social control. But a society without social control is no longer a society—it is chaos. To protect against chaos, more and more precautions have to be taken. So, for example, people living in big cities are obliged to equip themselves with digicodes, intercoms and armored doors. The more “open” society becomes, the more its members have to lock themselves in. In this respect, the automated surveillance, assisted by artificial intelligence that is taking shape, has all the allure of Nemesis, the Greek goddess who punished hubris, the excess of beings who did not respect the limits of their condition. The individual who pretended to escape all control sees control returning to him in another form.

6. Permanent Formatting

Another problem is that underneath its apparent neutrality, the machine can conceal biases that are all the more pernicious for being difficult to detect. A search engine, for example, responds to queries with lists of answers, and we do not know what went into their creation. And we do not want to know—the use of search engines would lose all interest if we had to know the details of the search itself. But this means that we are totally subject to the biases included in them, whether these biases are intentional or not. What guides us can also lead us astray, and what informs us can also manipulate us. Academics have subjected the chatbot ChatGPT to a political positioning questionnaire. The result was that OpenAI’s chatbot “has the profile of a mainstream liberal and pragmatic Californian,” very much in favor of multiculturalism, welcoming migrants or minority rights, and that if it were registered to vote in France it would probably vote Macron or Mélenchon. Let us deduce the effects of living in symbiosis with ChatGPT.

7. Looming Acedia

The development of information technology was supposed to free us from routine tasks. In fact, IT “extends the routine of its procedures everywhere.” It is feared that artificial intelligence will only intensify the process to the point of nausea. Workers who put their hearts into their work when the tasks they have to perform call on all their faculties, no longer know what meaning to give to their work when they become mere operators of machines that do the “intelligent” part of the job for them. If you take less trouble, you may also find yourself doing less well.

8. Moral Stunting

By constantly talking about artificial intelligence, making ever more use of it and marveling at its prowess, we are becoming accustomed to making artificial intelligence the paradigm of intelligence—and at the same time devaluing the essential characteristics of human intelligence, and no longer cultivating them. Long ago, God appeared to King Solomon in a dream and said: “Ask what you want me to give you.” Solomon replied, “Give your servant an intelligent heart, to govern your people, to discern between good and evil” (1Ki 3:5-9). The first character of intelligence, here, consists in discerning between good and evil. This is the intelligence that Solomon demonstrates when he dispenses justice. If we become accustomed to seeing artificial intelligence as the model of intelligence, we run the risk of leaving the heart in unintelligence.

Some will argue that it is possible to include moral considerations among the criteria taken into account by artificial intelligence in its operation. In this case, however, it is as if moral reflection had been carried out once and for all, before being delegated to the machine. A faculty that is not constantly used will wither away. Hence moral stunting.

9. Intellectual Stunting

Artificial intelligence is a product of technology, itself intrinsically linked to the development of modern science, to the constitution of mathematical sciences of nature. The aim of these sciences was to make the world comprehensible to us, while at the same time increasing our capacity to act upon it, according to the Baconian equation of knowledge = power. What is happening today?

The power we have acquired over the world has led us to transform it to such an extent that the world resulting from this transformation has become, in some respects, more opaque to us than nature of old was. Our natural faculties are overwhelmed—which is why we increasingly need artificial intelligence to find our way around it, and simply to live in it. But truly interesting artificial intelligence is that which produces results, not just faster and better than we could achieve without it, but results that escape our understanding. Artificial intelligence cannot therefore be considered as a simple decision-making tool: insofar as the genesis of the indications it gives us escapes our control, we are led to simply defer to these indications—which means, in the end, that the decision-making tool decides for us, or more precisely, that our decision resolves itself in the use of the tool. In this case, the tool does not so much increase our capabilities as completely delegate our power to an obscure tool. As a result, our intelligence, which made it possible to set up these extraordinary artificial intelligence devices, finds itself put on vacation by them; and, by dint of being on vacation, it loses the habit of work, and even the ability to work. The loss of control is not, as in a number of dystopias, linked to intelligent machines becoming malevolent towards humans and seeking to enslave or eliminate them, but to the fact that, by constantly relying on them, we become incapable, crippled.

By slouching on a sofa and playing online games, teenagers in developed countries have seen their physical capacities decline by a quarter over the last four decades. The average IQ has also fallen over the last twenty years. Many factors must be contributing to this phenomenon—but at least part of it has to do with the delegation to machines of an ever-increasing number of tasks that used to require our intelligence. At the end of the 1960s, Louis Aragon was well aware of this process: “Progress that gradually deprives me of a function leads me to lose the organ. The greater man’s ingenuity, the more he will be deprived of the physiological tools of ingenuity. His slaves of iron and wire will reach a perfection that the man of flesh has never known, while he will gradually return to the amoeba. He will forget himself.”

10. Connected Chicks

When I was a child, a playground riddle asked: what’s small, yellow and very scary? The answer was a chick with a machine gun. Today, we could ask, what’s small, yellow and thinks it’s the lord of creation? A connected chick. Connected immatures, that is what we are becoming. If the power stops flowing to the sockets, if it stops recharging the batteries, if our earthly and celestial roots are atrophied, it is not just our devices that will be neutralized, it is we ourselves that will be annihilated.


Olivier Rey is a mathematician and philosopher of science whose area of study is science and society, with a focus on transhumanism. This article appears through the kind courtesy of La Nef.


Featured: Ai-Da, the first humanoid robot, with self-portrait, 2021.


Metaphysics of Information Warfare

The global information war is now in full swing. Several versions of reality are clashing with each other more and more openly. Societies and individuals choose for themselves which reality to believe in. And then live in it.

If we think “in the old way,” in the spirit of classical materialism, there is only one reality. Only its descriptions and interpretations differ. That is why some people lie and others tell the truth. And the roles can change. And the whole question is who to believe when.

But that is not the case. Reality itself—as phenomenologists and structuralists have shown—is a product of human consciousness. There is no reality outside of it, and what is there is not loaded with being or meaning. Therefore, in the information war, it is not just interpretations that collide, but the facts themselves.

There is more than one reality—as many structures of consciousness (collective, of course) as there are realities. Not only evaluations of the facts, but the facts themselves. Materialists and people far removed from philosophy are not ready to accept this. Their belief in a reality independent of consciousness is unshakable. And as long as it is so, they will remain victims of information warfare, not those who are its subjects.

Consciousness creates reality.

In the unipolar globalist world, only one consciousness is recognized by default—liberal and Western. It is this consciousness that constructs reality—not only what is good and bad, but what is and what is not. Multipolarity is an act of asserting the sovereignty of other consciousnesses, different from the West. Which means that reality itself becomes polycentric. Information constitutes what we perceive as being. That is why neither the military nor journalists should be at the center of information warfare, but primarily all philosophers. Sovereignty is first and foremost a question of the mind. Sovereign is the one who is the independent and final subject of constructing reality.

Truth is directly dependent on ideology. If you are in favor of unipolar world and globalism, then Palestinians blew up their own women, children and old people. And Zelensky is a freedom fighter against Russian imperialists who massacre innocent Ukrainians. And you, of course, have irrefutable evidence—because CNN, the White House and the IDF always tell only the truth. If you are against American hegemony and its Nazi proxies, the hospital was destroyed by Israel with US support, and the events in Ukraine are all the responsibility of Ukrainian terrorists who were unleashed upon Russia by the American regime. And you even have solid grounds—facts, documents, evidence, knowledge.

The objective world no longer exists.


Alexander Dugin is a widely-known and influential Russian philosopher. His most famous work is The Fourth Political Theory (a book banned by major book retailers), in which he proposes a new polity, one that transcends liberal democracy, Marxism and fascism. He has also introduced and developed the idea of Eurasianism, rooted in traditionalism. This article appears through the kind courtesy of Geopolitica.


New Pentagon Cyber Strategy

On September 12, the Pentagon released an updated cyber strategy and published its main provisions in fifteen pages. The rest of the document is classified.

We know that the fourth iteration of the department’s strategy “implements the priorities of the 2022 National Security Strategy, 2022 National Defense Strategy (NDS), and 2023 National Cybersecurity Strategy.” It replaces the Department of Defense’s 2018 cyber strategy and is intended to set a new strategic direction for the department.

What direction is this? And does it pose a potential threat to Russia? From the first lines you can understand what it means. The preface immediately places emphasis on the war in Ukraine. It is noted that “the conflict has demonstrated the character of war in the cyber domain. Its lessons will shape the maturation of our cyber capabilities. The Department’s experiences have shown that cyber capabilities held in reserve or employed in isolation render little deterrent effect on their own. Instead, these military capabilities are most effective when used in concert with other instruments of national power, creating a deterrent greater than the sum of its parts.”

Thus, operations in cyberspace will continue.

The Department will also use cyberspace operations for the purpose of campaigning, undertaking actions to limit, frustrate, or disrupt adversaries’ activities below the level of armed conflict and to achieve favorable security conditions. By persistently engaging malicious cyber actors and other malign threats to U.S. interests in cyberspace, U.S. Cyber Command (USCYBERCOM) will support Department-wide campaigns to strengthen deterrence and gain advantages. As it campaigns in cyberspace, the Department will remain closely attuned to adversary perceptions and will manage the risk of unintended escalation.

The document points to the continuation of a policy of following interventionist liberalism, labeled as “rules-based order,” and promoting the deepening of the digital divide. This gap, despite calls by U.S. politicians to reduce it and help developing countries, will be exacerbated both through the imposition of new sanctions against states and companies in the field of promising technologies (the U.S. has consistently implemented them against Russia, China, and other countries) and through attempts to undermine technological development through targeted cyberattacks. The desire of the U.S. establishment to prevent the development of the state was mentioned by the President of Russia during his speech at the FEF on September 12.

Judging by the new strategy, the U.S. will take in its cohort of trusted satellite-states, to use them against sovereign powers, and justify its actions through the coalition’s efforts in the “fight for democracy.” Which has happened before on other fronts of U.S. intervention—military, political, diplomatic, informational and economic. The Pentagon has made it clear that these are other elements of national power, and they will also be applied in the future. We are talking about the sphere of penetration and influence—now the Internet (both global and sovereign) will suffer from US interventions, as well as various sectors that are related to it and, accordingly, may be vulnerable.

In terms of enemies and threats, the overall U.S. approach has changed little. And despite revelations inside the U.S. that Russia was not involved in any election meddling, the old meme about Russian hackers remains dominant.

“Russia remains an acute threat to the United States in cyberspace. Russia has undertaken malign influence efforts against the United States that aim to manipulate and undermine confidence in U.S. elections. Russia targets U.S. critical infrastructure as well as that of Allies and partners. It continues to refine its espionage, influence, and attack capabilities,” the strategy states.

As before, other challenges and threats are named: China, Iran, DPRK, extremist and transnational criminal organizations.

What does the Pentagon intend to do in order to achieve these goals and counter these threats, including fictitious ones?

The Department will prioritize reforms to our cyber workforce and improve the retention and utilization of our cyber operators. In so doing, we will assess diverse alternatives for sizing, structuring, organizing and training the Cyberspace Operations Forces and their relationship to Service-retained cyber forces.

The Department will proactively identify cyber talent with experience in the DIB, commercial information technology sector, academia, Intelligence Community, and military. We will ensure that incentive programs are adequately resourced and target specific desired skills for hiring and retention. Where we cannot hire desired skills directly, we will leverage rotational programs and enhance collaboration with the private sector to ensure the Department’s access to relevant talent.

Where we cannot hire desired skills directly, we will leverage rotational programs and enhance collaboration with the private sector to ensure the Department’s access to relevant talent.

The Department will also empower the Services to implement effective talent management and career progression for the cyber workforce. We will encourage the development of expertise via options including extended tour commitments or repeat tour requirements, rotations within mission areas, and career progression models that reward development of such skills. The Department will also exploregreater use of reserve components as a way to share talent with the private sector, like those adopted in National Guard cyber units.

This shows concern about the current state of affairs in the field of cyber specialists, but the US Cyber Command has previously had the ability to strike at designated targets. The Pentagon just wants to maintain its dominance. And to do this, they will work in conjunction with business and other government departments and continue efforts to “brain drain” other countries.

It is no coincidence that in early August 2023, the White House administration launched the Artificial Intelligence Cyber Challenge initiative, a two-year competition supervised by the Defense Advanced Technologies Agency DARPA. Anthropic, Google, Microsoft and OpenAI are participating.

Almost at the same time, on August 10, 2023, the US Department of Defense created Task Force Lima to study generative artificial intelligence for defense (i.e., war) needs. It will be led by the Pentagon’s Chief Digital and Artificial Intelligence Office (CDAO) and, according to a Pentagon statement, “will assess, synchronize, and employ generative AI capabilities across the DoD, ensuring the Department remains at the forefront of cutting-edge technologies while safeguarding national security.”

Artificial intelligence is now actively used both in the US military-industrial sector, for example, for the operation of drones or intelligence and reconnaissance tools, and as a weapon of information warfare.

A RAND Corporation study on generative artificial intelligence used for social media manipulation, released in September 2023, argued that “the emergence of ubiquitous, powerful generative AI poses a potential national security threat in terms of the risk of misuse by U.S. adversaries (in particular, for social media manipulation) that the U.S. government and broader technology and policy community should proactively address now. Although the authors focus on China and its People’s Liberation Army as an illustrative example of the potential threat, a variety of actors could use generative AI for social media manipulation, including technically sophisticated nonstate actors (domestic as well as foreign). The capabilities and threats discussed in this Perspective are likely also relevant to other actors, such as Russia and Iran, that have already engaged in social media manipulation.”

The old narrative is used about enemies and threats against which AI must be used because potential enemies could use it against the United States.

And such initiatives and strategies require a proactive and comprehensive response, both at the national level and together with partners who do not accept US hegemony in cyberspace.


Leonid Savin is Editor-in-Chief of the Geopolitika.ru Analytical Center, General Director of the Cultural and Territorial Spaces Monitoring and Forecasting Foundation and Head of the International Eurasia Movement Administration. This article appears through the kind courtesy of Geopolitika.


Geopolitics of Lithium

Among critical minerals, some occupy a special place. For example, it is difficult to imagine the normal functioning of a large metropolitan city without salt. In the Middle Ages, many countries experienced so-called salt riots due to salt shortages or tax increases. The situation is similar with petroleum products, on which the transportation system of any state is heavily dependent. Some rare-earth or other metals are not so prominent in the list of critical resources, but they are necessary for the production and uninterrupted operation of a country’s infrastructure system.

For example, we use lithium-ion batteries in our daily lives. From ordinary “finger” batteries, cell phones, laptops and home appliances to electric vehicles, drones and specialty equipment like submarines—and all of these devices require lithium. Lithium and its derivatives have other industrial uses as well. Lithium carbonate (Li2CO3) is used in the production of glass and ceramics, as well as in pharmaceuticals. Lithium chloride (LiCl) is used in the air conditioning industry, while lithium hydroxide (LiOH) is now the preferred cathode material for lithium-ion batteries in electric vehicles.

Lithium is valuable as a recharging material because it stores more energy in proportion to its weight than other battery materials.

It is a toxic metal that is difficult to mine (100 tons of ore must be processed to produce one ton of lithium) and to dispose of, but nevertheless, its reserves are being hunted around the world.

Globally, lithium is considered to be a strategic but not scarce resource. It occurs in nature in a wide range of forms, mostly in low concentrations. Today, it is economically feasible to extract lithium from two sources—brines (continental and geothermal), or “hard rock” (pegmatites, hectorite and jadarite). Brines account for approximately 50% of the world’s reserves (source).

Manufacturers use more than 160,000 tons of this material annually. Global lithium consumption is expected to be at least 200,000 tons by 2025, and is expected to grow nearly 10-fold further over the next decade.

But there is a geographical nuance—its deposits are limited to a small number of countries, so the issues of its extraction automatically acquire geopolitical significance.

According to the U.S. Geological Survey (USGS), the largest lithium resources in the world as of last year were located in Bolivia, where they were estimated at 21 million tons, Argentina (19 million tons), Chile (9.8 million tons), the United States (9.1 million tons), Australia (7.3 million tons), and China (5.1 million tons). The Service estimates Russia’s projected lithium reserves at 1 million tons (source).

Bolivia, Argentina and Chile represent the so-called lithium triangle. It is considered to be of increasing strategic importance as countries seek to gain a technological advantage by controlling the lithium industry. This triangle uses the vaporization method, so the cost of lithium there is lower than in mining. It is estimated that the lithium triangle in the salt marshes of Bolivia, Chile and Argentina accounted for 56% of global resources, 52% of global reserves and one-third of global production in 2021.

In Chile, lithium is considered a strategic resource. Decree No. 2886 (Ministerio de Minería, 1979) declared it reserved for the state and excluded it from all mining concession regimes, except for those entities that held mining concessions (pertenecias mineras) prior to 1979. As a result, two private companies have been mining lithium for more than 25 years—the U.S. company Albemarle and Chemical & Mining Co. of Chile Inc, both operating in concession areas of the Chilean Corporation for the Development of Production (CORFO) in the Atacama Salt Plain.

In Argentina, the situation is somewhat different. US companies have been mining lithium there for more than 20 years, and now Canadian, Australian, Chinese and Japanese companies have joined them. Over the past decade, Argentina has been the most dynamic country in terms of lithium production expansion, with some 38 projects in various stages of preliminary implementation. Nevertheless, the national government does not consider lithium a strategic resource (with the exception of the province of Jujuy, which has declared it strategic). As with any other mining activity, the regulatory framework is based on the National Constitution, the Mining Code and the Mining Law. The management of mining resources is delegated to the provinces. The federal framework grants the provinces the rights to determine concessions to private and public entities and the norms for regulating mining activities within their jurisdiction.

To date, there are two main production sites in Argentina:

• a public-private partnership in Salar de Olaroz (Jujuy Province) operated by Sales de Jujuy S.A., owned by Orocobre Limited, in a joint venture with Toyota Tsusho Corporation (TTC) and Jujuy Energía y Minería Sociedad del Estado (JEMSE—a company owned by the Jujuy Provincial Government);
• a private company (Minera del Altiplano S.A.), owned by Livent (formerly FMC Corporation) operating in Salar del Hombre Muerto (Catamarca province).

Bolivia is a special case; although it has the world’s largest lithium deposit, it has not entered the global lithium market in any meaningful way. The governance structure defines lithium’s strategic status and centralized state management through the state-owned mining company, Yacimientos del Litio Boliviano (YLB). For over a decade, with a public investment of approximately US $1 billion, the government strategy has focused on building infrastructure for the LIB value chain, but has had extremely modest results in terms of lithium carbonate production.

Only during the industrialization phase of cathode and battery production is space created for public-private partnerships, with the government retaining at least 55% of net profits. In December 2018, YLB formally registered a joint venture (YLB-ACISA) with Germany’s ACI Systems GmbH for a lithium hydroxide industrial complex, but the Evo Morales government canceled the contract amid protests in Potosí against the terms of the agreement. Earlier that year, the Morales government also signed a joint venture agreement with Chinese consortium Xinjiang TBEA Group-Baocheng to explore and extract resources in the Coipas and Pastos Grandes salt marshes.

Recently, Bolivian state-owned YLB and China’s CATL BRUNP & CMOC (CBC) signed an agreement under which the Bolivian side will oversee the entire soft metal industrialization process, from mining to commercialization. The Chinese partners will invest more than $1 billion in the costs of commissioning and construction of industrial complexes.

The agreement includes the creation of two industrial complexes with direct lithium extraction technology in Potosí and Oruro.

Brazilian professor Bruno Lima believes that “if other countries copy Bolivia’s model of industrializing lithium production and enter into profitable partnerships for technology transfer, they will succeed.”

In his opinion, “[Bolivia] will not limit itself to selling to the international market, but will create a complete cycle. Part of the lithium is sold to the international market, such as China, but the other part goes to processing, transfer and technological development.”

He adds, however, that “if these operations were conducted outside the dollar standard, that would be ideal. We are really talking about a qualitative leap for Latin American presence in the market and in the international system” (source).

It should be noted that Bolivia deliberately keeps US companies out of Bolivia, understanding their intentions and goals. In 2022, the US company EnergyX was disqualified there. The aforementioned German ACI has also run into problems.

Since in the case of ACI, the key decision involved recognizing the rights of local communities to benefits and compensation in their territories, as well as the risk of environmental damage, these interrelated trends will only intensify.

However, environmental aspects are directly related to lithium extraction in one way or another, regardless of who is involved. While there is a wide range of lithium extraction methods available, the main ones, including hard rock mining and the extraction of lithium from seawater, require large amounts of energy. These processes disrupt natural groundwater levels, local biodiversity and the ecosystems of nearby communities. For example, nickel mining and refining practices have already resulted in documented damage to freshwater and marine ecosystems in Australia, the Philippines, Indonesia, Papua New Guinea and New Caledonia.

Pollution from this work not only impacts oceans and ecosystems, but also creates environmental hazards throughout the life cycle of batteries, from the extraction of raw materials for their production to the disposal of old batteries in landfills, creating health risks for workers and impacting nearby communities due to the toxicity of heavy metals such as lithium (source).

Therefore, environmental requirements will become stricter and new extraction and recycling technologies will be welcomed.

It would seem that seawater could solve the problems of supplying lithium to markets, because the world’s oceans contain 180 billion tons of lithium. But its percentage lithium content is about 0.2 parts per million. Existing evaporation technologies are time-consuming and require special areas, so they are not economically feasible.

A new approach is to create special electrodes that act more selectively. Such experiments are being conducted at Stanford University, where the electrode is coated with a thin layer of titanium dioxide as a barrier. Since lithium ions are smaller than sodium ions, it is easier for them to squeeze through the multilayer electrode. In addition, the way in which the electrical voltage is controlled has been changed to improve efficiency, although this method is still quite expensive (source).

In terms of corporate structure, the world’s lithium suppliers are five major companies—Albemarle (USA), Ganfeng (China), SQM (Chile), Tianqi (China) and Livent Corp (USA) (source).

Battery production has a slightly different geography. In 2021, Australia, Chile, and China accounted for 94% of global lithium-ion battery production. But in recent years, Chile has lost its leading role in the global lithium market as Australia has rapidly expanded its hard rock mining operations.

It should be noted that lithium is fully recyclable, so it is not a consumable commodity like oil. Accordingly, even if lithium batteries do begin to significantly displace internal combustion engines, we will not necessarily see a “lithium policy” replace today’s “oil policy.” Nevertheless, if demand for electric vehicles increases dramatically in the coming years (projected to reach $985 billion by 2027), countries with large lithium reserves will wield far more power than they have in today’s economic and geopolitical hierarchy (source).

Because of this, the U.S. fears that “because lithium supply chains will be critical to the future of technology and clean energy, lithium will play an important role in the competition between the United States and its rivals, mainly China, in the coming years. China currently leads the world in electric vehicle production. This is largely due to the fact that it has acquired 55% of the chemical lithium reserves needed for electric car batteries, mainly through its early investments in major mining operations in Australia.” (source).

The EU is also concerned about its dependence on lithium supplies. In the upstream segment of the value chain, Chile provides more than 70% of the EU’s lithium supply. Since other minerals are also needed to make batteries, the dependence extends to other countries in the big picture.

The Democratic Republic of Congo supplies more than 60% of the cobalt processed in the EU. China, for its part, meets about half of the Union’s total demand for natural graphite. Moreover, the EU’s international dependence in the low-carbon sector also stems from the fact that its own battery cell production capacity is still relatively weak. In 2020, EU battery production accounted for just 9% of global battery production (source).

It is only natural that the EU is trying to prioritize high-risk investments in battery designs that are less dependent on scarce natural resources such as cobalt, nickel or lithium.

Geopolitical tensions and possible lithium supply disruptions are not only being highlighted in the West.

In May 2023, Asia Times noted that the top three producing countries process more than 80% of the most important minerals used in lithium batteries. China dominates the processing of almost all minerals, holding more than 50% of the total market share, with the exception of nickel and copper, of which China controls 35% and 40% respectively.

Technology-intensive industries rely on interdependencies between countries with different endowments. This works well during periods of geopolitical stability and cooperation but the high concentration of processing in the lithium battery supply chain means that it is vulnerable to disruption by war, global pandemics, natural disasters or geopolitical tensions.

Australia has the world’s largest battery-grade lithium deposits, and export revenues have skyrocketed, with lithium becoming Australia’s sixth most valuable commodity export. Australia needs to consider how to profit from the boom and what role it can play in the lithium race.

Australia and China complement each other in this supply chain. Australia supplies 46% of lithium chemicals and a large proportion goes to Chinese processing facilities and then to Chinese battery and EV makers.

China produces 60% of the world’s lithium products and 75% of all lithium-ion batteries, primarily powering its rapidly growing EV market, which accounts for 60% of the world’s total.

Australia moving up the value chain would require investment and technology, and bear a significant environmental cost. Without scale advantages, Australian-made products will fail to achieve global competitiveness. Australia must consider long-term industrial policies that enable the country to play a role in fighting against climate change rather than being caught between the superpower competition.

Australia is entangled in the superpower competition between China and the United States over the control of lithium.” (source).

And the US still lags behind China in lithium mining and battery production. An estimated 3.6% of the world’s lithium reserves are concentrated there, with a single lithium mine in Nevada (although others are planned), and only 2.1% of the world’s lithium is processed.

But in the 1990s, the U.S. was the leader in lithium production. The industry was undermined by a combination of cheaper production overseas, strict environmental regulations and the empowerment of indigenous peoples, who often own property where there are lithium mines. The big push for clean technology has changed U.S. priorities—unless the United States develops domestic sources of lithium or secures additional sources abroad, it faces a threat to its national security as China expands its own access to the resource (source).

The current situation also raises the issue of control over lithium supplies, as the West is trying to impose all sorts of sanctions on unwanted states that pursue independent policies. And, according to the author of the RAND Corporation, it is not so easy to do this. “The special requirements for suppliers of critical minerals to receive credit for clean vehicles are designed to encourage increased production outside of China, which dominates global supply chains for electric vehicle batteries. A certain percentage of the minerals must be domestic or from a country with which the United States has a free trade agreement, and none can come from a “foreign interested party,” which includes China. The dominance of any one source of supply leaves the rest of the world vulnerable to disruption, and the fact that that source is China only heightens the fears of the United States and its allies” (source).

Another RAND publication noted that China has a huge share of lithium-ion battery production. Today, it produces 91% and 78% of all battery anodes and cathodes, respectively, and 70% of the world’s battery production. China has also demonstrated that it is willing to restrict exports of critical minerals, such as rare earth elements, to coerce trading partners. Such export restrictions could negatively impact the entire U.S. economy and, in particular, the growing market for electric vehicles. But they could also undermine the defense industry’s ability to support the U.S. military (source).

After all, there are certain indicators by which technological superiority in geopolitical competition can be determined. And in our case, gigafactories are a key indicator of who and where will dominate electric vehicle platform technology (and beyond). The term, originally coined by Tesla, refers to large-scale electric battery manufacturing capacity (for electric vehicles and energy storage). Capacity is measured in gigawatt hours (GWh). The relevance of these gigafactories has increased dramatically over time as this resource has become a major source of foreign direct investment and has become necessary to support battery-related industries, vehicle manufacturers, and supply chains. According to the Automotive database (2021), Europe has only 25% of gigafactories, while Asia has 71% (China owns 69% of capacity). As China leads in gigafactory capacity at the speed and scale required by global demand, gigafactories could become a “geopolitical hotspot” beyond purely geographic concentration of infrastructure (source).

At the same time, China’s expansion into other markets is noticeable. For example, China’s Contemporary Amperex Technology Co. Limited (CATL) not only had 22% of the total global gigafactory capacity of 500 GWh in 2021, but is now expanding its operations in Europe and is likely to increase its presence in the United States and other key regions.

In 2022, there are 92 gigafactories in Asia, 23 in Europe, and 13 in North America. So the percentages are as follows – 72, 18 and 10. Paradoxically, Latin America, which accounts for the bulk of lithium production, has no gigafactories at all. Neither does Africa.

As for Russia, the lithium boom is just beginning. During SPIEF-2023, an agreement was signed on the development of the Kolmozersky lithium deposit in the Murmansk region. The development of the deposit will make it possible to create Russia’s first production of lithium-containing raw materials, which will make it possible to supply advanced Russian enterprises with lithium. Among them is a factory for the production of lithium-ion batteries in the Kaliningrad Region, which is scheduled to be launched in 2025. The deposit itself contains about 19% of Russia’s lithium reserves. Its ore also contains valuable strategic materials—beryllium, niobium and tantalum (source).

We can only hope that the experience of other countries will be taken into account and Russia will have at least a little more domestic gigafactories.


Leonid Savin is Editor-in-Chief of the Geopolitika.ru Analytical Center, General Director of the Cultural and Territorial Spaces Monitoring and Forecasting Foundation and Head of the International Eurasia Movement Administration. This article appears through the kind courtesy of Geopolitika.


What Conspiracy? On the Nefarious Purpose, Means and Ideas of Globalist Imperialism, Part 3

Read Part 1 and Part 2.

The Modern Metaphysical Roots of the New Technocratic World

Introduction

In the first two parts of this essay, I focused upon the globalist purpose behind the destructive domestic use of disinformation within the US-European imperial axis which has asphyxiated liberal democracy, and some of the major geopolitical machinations that have proceeded on the back of fake news. This third part of the essay addresses a larger philosophical set of concerns that might superficially be seen as of little relevance to the crisis of the West today as it sits amidst civil wars and a world war.

This third part is a reflection upon the destructive drives within modern metaphysics beginning with its reconstitution of the cosmos as one in which faith in God is replaced by faith in the powers of our own mind. That faith has come to reveal behaviors as monstrous as any summoned by the human spirit—from the death camps of the all-knowing leaders (Dostoevsky’s God-men), Stalin, Hitler, Mao, Pol-Pot etc. to the deluded sense of sanctimony of a people caught up in the abstractions of rights’ talk that has fueled the West’s support of a war against Russia in the name of Ukraine liberation to the battle ground now taking place over children as fully sexualized beings to be inducted into the larger culture of the West’s self-understanding as a rights’ and dignity based pleasure sensorium of sexualized identities. This seemingly recent outbreak of the war over childhood sexualism has a long pedigree. Decisions made about US school curricula in sexual education and explicit sex materials being placed in schools go back well over a decade, but the sexual revolution of the 1960s was also accompanied by various calls to lower the age of sexual consent and to overturn prosecutions of adults for sexual conduct with minors.

While it would be hard to argue against the idea that the smashing of sexual restrictions was not an important part of the call to “emancipate” children’s sexuality, one should not also neglect the fact that what was also being overthrown was the idea of the role of adults requiring taking on responsibilities demanding sacrifices. In traditional societies children become inducted into roles and the roles they take on are seen as essential to the group’s survival and well-being.

What happened in the West was the growth of an idea, going at least back to Rousseau, that children knew and should live in accordance with their own nature, albeit with the guidance of tutors such as Émile’s tutor who somehow are able to absolve themselves through their own thinking from the determinations which the rest of the civilized suffer from. As with so much else in Rousseau, the acceptance of this new idea required a break with all preceding social mores—and Rousseau always trusted his intelligence more than the collective intelligence of human beings that preceded him, because they were simply products of human nature deformed by private property, inequality and self-interest.

While Rousseau still had ideas of some sort of transcendence needed for the child’s development, in spite of his determination to liberate the child from prejudice and be more in tune with its innermost nature, he opened up a way of thinking in which the liberation of the self was predicated upon the liberation of the child. And instead of the child being exposed to and required to perform daily acts of the self’s transcendence, instead of experiencing the important lesson that the self becomes a worthwhile self by bowing to higher things of the spirit, and thereby slowly being raised by that spirit, the infant became the center. Freud would christen that infantile center the Id, and whilst doing so, make the sexuality of the infant an important clue to the development of. a person. To be sure he did concede that society could not exist if it merely catered to the sexual drives, and in Civilization and its Discontents, he claimed that it was precisely because the sexual drives were cordoned into more productive enterprises that civilization existed.

At the same time, the core article of faith of Freudian psychology was that the repression of the sex drive from infancy on was the source of most of our psychological distress. How to achieve a balance between our urge to satiate our sexual appetites and how to be civilized required a new kind of priest, mainly Mr. Freud and others who offered the ‘talking cure’ that he had pioneered. It was the kind of thing that appealed to people who like that kind of thing, but it certainly had social efficacy—and to repeat, it placed the desires of the infant at the center of all our psyches and hence at the center of society.

When Herbert Marcuse wrote Eros and Civilization he had hit upon the perfect match—Marx plus Freud—which would supposedly satiate the needs of the modern soul—a social means of production in which as Marx would put it, “from each according to his ability to each according to his needs,” which is to say we could have all the stuff we needed, as well as a grand sex life, provided we got rid of the ruling class and their need to repress our sexual desire so that we could live our lives playfully pursuing our desires. Marcuse was, of course, a huge hit with the youth of the 1960s, and his social “philosophy” is really an adult child’s view of what life has to offer.

The youth he taught were also the beneficiaries of the scientific studies being conducted by the Kinsey Institute and hitting the book stores in 1948 and 1953, respectively, with the Sexual Behaviour in the Human Male and Sexual Behaviour in the Human Female. Kinsey’s “scientific” studies confirmed Freud’s observation infants were sexual beings, and had orgasms.

As Kinsey reported “Orgasm has been observed in boys of every age from 5 months to adolescence. Orgasm is in our record for a female babe of 4 months. After describing in detail the physiological changes that occur during orgasm as well as the aftermath Kinsey discloses that “there are observation of 16 males up to 11 months of age, with such typical orgasm reached in 7 cases. In 5 cases of young preadolescents, observations were continued over periods of months or years, until the individuals were old enough to make it certain that true orgasm was involved.”

Defenders of Kinsey’s studies dismiss the idea that these studies suggest pedophilia must have been happening. Given that Kinsey’s studies were based on “observations” one can only conclude, as Judith Reisman has noted, and as one of Kinsey’s colleagues, C.A. Tripp, in a 1991 interview with Phil Donahue, claimed, that Kinsey’s “trained observers” were pedophiles.

The arc from Kinsey’s reports to sex education courses containing graphic content of children leaning about cunnilingus, anal sex and such like is part of a hyper-sexualized infantile culture, a culture in which adults dress up and play out their fantasies even in the institution of the military. The sexualization of children that proceeds at such a pace today and is lauded by public officials, corporations, teachers, medical professionals, the media and entertainment industries is but one further expression of a culture that has been built upon the expansiveness of the infantile self. The infantile behavior of the adults is best gratified by behaving with children, and as the most meaningful part of the adults’ lives is their pursuit of pleasure, it would be wrong of them not to have children learn what they know—or be what they be. The child has the right to the sexual identity it wants: the rights of the child are the expression of the childishness of the rights being demanded by people who think their suffering in not having their sexual fantasy or not having the pronoun they want is akin to genocide.

This en-culturalization of the infantile self is, though, but the inevitable development of what happens when a society’s faith in technicians who can manipulate bodies as they deem fit for the maximization of one’s own sense of self, and the array of pleasures that await that self if the adequate technological adaptations are made. That self is nothing more than an appetitive bundle of mechanistic processes. All differences between persons are purely of a mechanical order. Thus, too, the difference between an adult and child is only one of the imagination’s prejudices.

Sex with and torture of children was a regular feature in the Marquis de Sade’s stories of gargantuan sexual horror rituals—the children’s role was to be the ultimate stimulant to burst beyond the social limits and curtailment of the imagination. But de Sade understood, as he never ceased to tell his audience, that he was only acting in accordance with reason which was attuned to the mechanical laws of the universe. For much of the twentieth century philosophers and authors have celebrated the transgressions of de Sade, from Sartre and de Beauvoir, to Bataille, to Klossowski, to Blanchot, to Derrida—his admirers are a virtual list of the French intelligentsia. They, though, rarely appreciate what Sade incessantly reminded his readers of, that his philosophy simply expressed the natural conclusion of mechanistic metaphysics.

The post-structuralist philosopher Gilles Deleuze is one of the more self-aware of the modern mechanists. His philosophy draws upon numerous precursors, but his reworking of Spinoza’s pan-immanentism and Leibniz’s dynamic monadism is used to develop a philosophy of excess and surplus generating endless difference. In one of his best known works, Anti-Oedipus, cowritten with Félix Guattari, Deleuze holds that Freud tries to constrain desire so that it tapers into the confines of the family. For Deleuze humans are not a “thou” nor an “I” (for Deleuze anything which spelt of a metaphysical privileging and ascribing any kind of transcendence to human beings was a regressive philosophical step) but just another “it.” And this: “It is at work everywhere, functioning smoothly at times, at other times in fits and starts. It breathes, it heats, it eats. It shits and fucks. What a mistake to have ever said the id. Everywhere it is machines—real ones, not figurative ones: machines driving other machines, machines being driven by other machines, with all the necessary couplings and connections.”
If this is reality, then how can Sade be wrong? Why should children not be part of the pleasures on offer to what Deleuze regularly refers to the “desiring machine?” What is a child in any case?

At the risk of repeating a point I have made in a previous essay, it is worth mentioning that many of the most prestigious philosophers, authors (Jean-Paul Sartre (his book Nausea had used the character of an autodidactic paedophile as a tragic example of authenticity thwarted by a judgmental society), Simone de Beauvoir, Michel Foucault, Jacques Derrida, Louis Althusser, André Glucksmann, Roland Barthes, Guy Hocquenhem, Alan Robbe-Grillet and Philippe Sollers) in France were signatories to a 1977 petition calling for the decriminalisation of all “consenting” sexual relations between adults and minors under the age of fifteen (the age of consent in France at that time). That same year also saw a public letter in Le Monde (January 26, 1977) on the eve of the trial of three men accused of having sex with 13 and 14 year old girls and boys, calling for the court to recognize the consent of thirteen year olds as they were treated as having legal responsibility equivalent to adults in other spheres of life.

In addition to the letter being signed by the figures above, it also included the signatures of Gilles Deleuze, Félix Guattari, Jean-François Lyotard, the surrealist poet Louis Aragon, Michel Leyris, the film, theatre and opera director Patrice Chereau, France’s future Minister of Culture and Education, Jack Lang, and Bernard Kouchner, who would become France’s Health Minister and a co-founder of Doctors without Borders, as well as various psychiatrists, psychologists and doctors. The signatories were, in short, the very cream of French society, and what the petition and letter showed were the priorities of the pedagogical and professional class.

The petition and letter are an early symptom of the same kind of priorities which bestow upon the child an urgent sense of its sexual identity and needs that is now exhibited within medical and psychiatric and school boards and legislative bodies in the US, and elsewhere. If a child is taught how to pleasure “itself” by being exposed to the kinds of pleasures available—from masturbation, to cunnilingus, fellatio and anal sex, through Sex Ed courses in schools and school library books—why should they not also decide whether they want the sex organs they have—and, of course, why should they not also take their sexual pleasure from an adult who is attracted to minors?

That last point is central to the cultural wars, which have reached such a pitch of unmitigated defence of the progressive class which wants to rear its children to be fully exposed to sexual needs and identity that it has responded to the recent film about child sex trafficking, The Sound of Freedom, by denouncing it as a right-wing, Q-Anon movie inducing mass hysteria.

Not all the philosophers mentioned above who were signatories to the petition or letter saw themselves as mechanists, however all intellectually operate within the Godless view of world that gave birth to modernity and whose two philosophical poles can be traced back to Réne Descartes. Those two poles to the metaphysics of determinism (everything can be strictly understood as the result of mechanical causes complying to the laws of nature) and voluntarism (the will is the decisive source of our knowledge and hence our world in so far as it is knowable and in so far as we make it, in J.G. Fichte’s terms, a non-I that becomes the material for the fact-acts of the I). They are at the root of modern philosophy’s technocratic and ideological streams. They might on the surface appear to be radically opposed to each other. But just as in Descartes we find the two coming out of the philosophical mind’s desire to control the world to get what it wants—they develop in relative conjunction to each other, something evident in how swiftly the mechanistic metaphysics is deployed for political objectives. The two poles ultimately require cooperation involving the division of labour in which the scientists work focus on the material relations and resources to be hammered into place, while the ideologues administer the human resources (their sentiments, habits, values, organizations, institutions and classes) to be incorporated into the technological assemblage that is the world.

Let me state at the outset, that there is much to admire in Descartes, and that his philosophy is a response to the horrors of almost a century of religious wars in France and the Thirty years wars in which he fought. He was a man seeking a way out of hell. Unfortunately, he created the clearing for a new kind of hell, and just as Marx had no idea that he would be contributing a way of thinking leading to the mass murder of the peasantry (how else could their private property be expropriated if they wished to keep their land?), Descartes may have been astonished to think that what he intended to be so helpful may have turned out to be so diabolical.

1. Descartes and the Metaphysical Foundations of the Modern World

In the annals of philosophy I think no passage has been more fateful than this seemingly innocuous section from the sixth of René Descartes’ Discourse on Method, a book written in the vernacular and for the educated public who might be interested in developing his ideas further.

But as soon as I had acquired some general notions respecting physics, and beginning to make trial of them in various particular difficulties, had observed how far they can carry us, and how much they differ from the principles that have been employed up to the present time, I believed that I could not keep them concealed without sinning grievously against the law by which we are bound to promote, as far as in us lies, the general good of mankind. For by them I perceived it to be possible to arrive at knowledge highly useful in life; and in room of the speculative philosophy usually taught in the schools, to discover a practical, by means of which, knowing the force and action of fire, water, air the stars, the heavens, and all the other bodies that surround us, as distinctly as we know the various crafts of our artisans, we might also apply them in the same way to all the uses to which they are adapted, and thus render ourselves the lords and possessors of nature. And this is a result to be desired, not only in order to the invention of an infinity of arts, by which we might be enabled to enjoy without any trouble the fruits of the earth, and all its comforts, but also and especially for the preservation of health, which is without doubt, of all the blessings of this life, the first and fundamental one; for the mind is so intimately dependent upon the condition and relation of the organs of the body, that if any means can ever be found to render men wiser and more ingenious than hitherto, I believe that it is in medicine they must be sought for. It is true that the science of medicine, as it now exists, contains few things whose utility is very remarkable: but without any wish to depreciate it, I am confident that there is no one, even among those whose profession it is, who does not admit that all at present known in it is almost nothing in comparison of what remains to be discovered; and that we could free ourselves from an infinity of maladies of body as well as of mind, and perhaps also even from the debility of age, if we had sufficiently ample knowledge of their causes, and of all the remedies provided for us by nature…..

But in this I have adopted the following order: first, I have essayed to find in general the principles, or first causes of all that is or can be in the world, without taking into consideration for this end anything but God himself who has created it, and without deducing them from any other source than from certain germs of truths naturally existing in our minds In the second place, I examined what were the first and most ordinary effects that could be deduced from these causes; and it appears to me that, in this way, I have found heavens, stars, an earth, and even on the earth water, air, fire, minerals, and some other things of this kind, which of all others are the most common and simple, and hence the easiest to know… turning over in my mind… the objects that had ever been presented to my senses I freely venture to state that I have never observed any which I could not satisfactorily explain by the principles had discovered.

Descartes always delivered the most breathtakingly novel ideas in a combination of sardonic wit, self-effacement and false modesty, and the Discourse is a rhetorical masterpiece in philosophical irony, as he entices his readers into joining him in forging the new world that lies before us if we but follow his method, while at the same time conceding, that his own talent is but mediocre and his ideas may be but “a little copper and glass,” which he mistakes for diamonds and gold. He has simply made use of the natural reason which all of us have, and with that little bit of reason he has discovered a philosophy that cannot only be applied via experiments to eventually explain everything in the world, but we will be able to live in comfort as we live off the fruits of the earth put at our disposal by labour saving devices—and we might be able to live forever.

The idea of creating a new world did not begin with Descartes—Bacon had already written the New Atlantis some eleven years earlier and, like Descartes, Bacon had dreamt of science opening up the pathway to a new future. But whilst Bacon believed in the importance of experiment Descartes had reconstrued the entire universe so that it complied with a method he had uncovered in part thanks to the metaphysical principles which guaranteed a law-governed universe—for that is what he finds in the innate idea of God, a guarantee that the universe will not play tricks on his mind if he proceeds aright. God is perfect and he is not a deceiver, which also means, as I will pick up again below, that the universe runs according to impermeable laws.

What Descartes envisages is a universe in which all relationships are physical and causal and are spatially arranged—everything is an extended substance, everything except the cognitive operations of the mind-soul (he equates mind and soul, as if this were simply the most natural equation in the world to make) whose function is to identify the requisite method for studying the causal connections between the machine components. Being extended the bodies in motion, ever impacting upon each other, can be geometrically represented. The importance of analytical geometry (number can be represented as figure and vice versa) in Descartes’s corpus was such that his book Geometry was published with the Discourses.

As with Galileo, Descartes believed the book of nature was written in number. And while it is true that his own experiments often ignored the primacy of number, for Descartes being able to dissolve bodies into figure and number gave them the stability that could ensure their manipulation. Unlike sense data which was invariably confused and needs to be better understood—e.g., the sun looks small, and only when we take cognizance of its distance from us can we form a more accurate picture of its proper size—mathematics allows no room for sensory distortion. Mathematics provides us with the most clear and distinct ideas that we can have, and hence in a world of confused sensations, to present the truth as number/figure is to represent the undistorted truth. The truths of testimony, witness, the panoply of truths of the human world, the truths that are historically and culturally revealed, are all dissolved into the vast spatial plenum that is before the eye of the observing subject armed with the Cartesian method.

The great hyperbolic doubt that Descartes enters into before coming out of it by virtue of the rock certainty of him being a thinking being, and thereby moving onto other ideas whose certitude can be identified is like a vortex in which all cultural and historical truths are swallowed up, only to be released if they themselves are capable of being confirmed by the method of analysis and synthesis, and it is with this method, as well as the objectives of its deployment, Descartes launched the Enlightenment. In fact, as we shall see further below, it is also the initial onslaught of what will eventually be the overthrow of Christendom—both of the beliefs and narratives (the ‘ideas’) that hold it together as well as the values that it had cultivated for so long. The preparation for that onslaught is prepared culturally by the new metaphysics and politically comes to fruition in the first anti-Christian revolution since the establishment of Christendom, the French Revolution in which idea of liberty, equality and fraternity replace the Christian virtues as the scale of social, civic, and political importance.

The method of analysis and synthesis, the breaking down of bodies into their simplest parts and then reassembling those parts in order to identify the causal mechanisms at work in a particular phenomenon—the phenomenon is really the epiphenomenon, and the causal mechanisms are responsible for it appearing the way it appears. However, once we identity how the things of the world work, we are better placed to discovery ways that may help us improve our conditions. The mass social deployment of scientists using laboratories to invent new cures, “machines,” and technologies is the great forest seeded by Descartes slim philosophical volumes.

The application of that method requires, as is evident in his works on Optics and Meteorology, that one must make models of the bodies to be studied in order to derive the laws governing their interaction. The making of models involves the use of the imagination. But it is the imagination in service to the faculty of ‘the understanding’ whose task is to coordinate and organize the data presented to the senses which is invariably deceptive via the method he supplies so one can identify the regularities of what Galileo had already identified as primary qualities, and thereby focus upon them as the causes, as opposed to the secondary qualities, or mere epiphenomenon.

In the pre-Galileo and pre-Cartesian world where Aristotle still reigned, bodies had specific qualities such as lightness or heaviness, dampness or dryness, heat or coldness and such like, and hence the study of Physics proceeded by investigating bodies on the basis of those qualities, and making generalizations about them. The great break-through in Physics came when it is was realized that the underlying agitations, motions, repulsions and attractions, velocities and masses held the key to physical properties and the laws that governed them.

Ernst Cassirer in his Theory of Knowledge has pointed out that what distinguished Bacon from Descartes, was that while both saw Aristotle as the great stumbling block to physics (Galileo also made little secret of his hostility to Aristotle, and paid the price for it), Bacon still proceeded experimentally along Aristotelian lines, while Descartes dissolved the world of senses into the motion of bodies that could be geometrically and numerically represented.

As I have indicated Descartes was, up to a point, following in the footsteps of Galileo. But as the above passage illustrates, the real innovation of Descartes was (analytic geometry aside) not so much in the specific scientific discoveries he made, and the reason he is still studied today in universities, and why he is the grandfather of philosophism as technocratism, is his expansion of the significance of the ideas coming out of developments in astronomy and physics going back at least to Copernicus, and providing a metaphysics, a view of the entire universe, which would enable us to literally start again and turn the world—and by world he meant the universe—into an object for us subjects. The task is a grand one indeed. It requires an army of researchers pooling their results so that one day they may truly be able to make of the world what they will, which as the passage above suggests would be a more comfortable world. As is typical of Descartes, the rendering of philosophy into what is essentially a utilitarian enterprise in which we study the world to achieve greater comfort, the radical nature of the meaning he ascribes to this new philosophy is passed over as if it were of little consequence.

To be subjects—i.e., the potential lords and possessors or masters of the universe—required cognizance of the method to be deployed to make us so powerful. It is the importance of that method that is behind what is to this day still thrown out to philosophy undergraduates as a major mystery in which Descartes has two substances—body and mind—and a metaphysics that can readily be resolved if it were merely appreciated that there is no mind as such, which so the argument goes is where Descartes went awry. The mystery of Descartes’s dualism does not preserve though, if one pays attention to what he says and does rather than to the more traditional meaning of the soul as a thing or substance in the Platonic, or Christian traditions (even allowing for the fact that the Platonic and Christian soul are also not the same thing).

Descartes uses the language of substance to describe the mind, thereby giving the impression it is a “thing.” But the entire division between mind and body is to distinguish between what are cognitive operations and what has spatial extension. The point of Descartes drawing philosophical attention to the cognitive functions is to dispel the false way of thinking in which sensation overpowers the understanding and the imagination becomes overpowered by sensations which leave our minds caught up in the confusion that his philosophy was designed to dispel.

When Descartes’ “student” Father Malebranche writes, “Imagination is a lunatic that likes to play the fool. Its leaps and unforeseen starts distract you, and me as well,” he is being a diligent student of Descartes, the same is the case for Spinoza’s various disparaging comments about the imagination. Reigning in the imagination, and making it a servant of the capacity to understand is the decisive undertaking of the Enlightenment launched by Descartes. Indeed, the importance of identifying the operations of the mind and soul is inseparable from using a method for properly conducting one’s reason—i.e., properly conducting one’s reason means not being misled by the senses and the imagination. Now the point of this is that it would be meaningless—what the 20th century philosopher Gilbert Ryle would call a “category mistake”—to speak of method in the same language as one addresses extended substance. The division between mind-soul-cognitive functions-method and extension-bodies in space-nature-what we know thanks to the application of the method is total and being total Descartes can say he has proven that the mind does not die: it does not die because it is not a substance in the same way that a body is, but the dummies (for Descartes his enemies really are dummies) speak of it as if it is. It is a substance precisely in the terms that Descartes says it is—and it is purely a combination of operations, whose purpose is to have clear and distinct ideas about the world so that we can master it.

Now, as is clear in the Passions of the Soul, we can indeed talk about the mind impinging upon the body and vice versa. But that is not when we are speaking about rightly conducting our reason according to a method. When though we want to carry out a bodily action in accordance with an idea of the mind we are now in the land of a mind in union with a body, and the only way that union can take place is mechanically/corporeally, which is why Descartes believed he had located the point of union in the pineal gland. Irrespective of the particular location, the Passions of the Soul is an utter physicalist account of the soul-mind. It is a pioneering work in behavioral psychology in which, just as in Psychology courses today, we are introduced to the idea of the brain being divided into various parts which serve different mental functions.

In other words, and to sum up at the risk of repetition, just as Descartes’s philosophy is dualist—it provides a method based upon the operations of the mind-soul, and it presents observations about the world (the extended substance) based upon that method, it also provides a dualistic account of the mind-soul: in one the mind-soul is a bundle of cognitive operations, which will be taken up by philosophers from Locke to Kant, who will follow him and develop a “logic” (i.e., they will try to identify the various “elements”) of the “faculties” of the mind, in the other it is essentially the brain. The questions one is asking will lead one to one or other—if I ask how should I generally proceed to understand some phenomenon of nature I am led to consider the mind as a substance having no connection to the extended world which I wish to survey; if I ask why can I no longer speak after an accident, or even how is the mind involved in talking or seeing, even in identifying forms, colours etc. then I am in the realm of extension, and have to investigate the brain to understand what is transpiring within the mind.

Philosophers who commence with Descartes’ arguments for the existence of God and the soul, or who rip these arguments out of the larger cloth of his philosophy invariably ignore (a) how his philosophy introduces new content into these two names and (b) where they fit into the larger purpose of his philosophy of freeing us from the confused imaginings that we have made of the sensations we have accepted as true because we have hitherto not properly understood them.

The metaphysics especially as presented to the schoolmen in the Meditations may appear traditional, but what is done with it is as untraditional as the aims of the philosophy are. Apart from the fact Descartes says in various letters that he is advancing his teachings behind a mask, that he is pouring new wine into old bottles, that he only spends a few hours a year on metaphysics, and apart from the even more obvious fact that his attempts to seduce the school men still pre-dominating in the universities in France did not work, at least initially, and that the Catholic Descartes was far freer and safer in Protestant lands, it is the content of his metaphysics that shows just how remote from anything traditionally Christian his philosophy is. Indeed, that is nowhere more obvious than when Descartes is presenting himself as most “orthodox” as he wants to prove the existence of God and the soul (and of the soul I have said enough).

Although Christian philosophers, commencing most famously with Anselm, had long since been sufficiently influenced by Greek philosophy to make an argument for God’s existence, thereby making him commensurate with our God given powers of reason, traditionally God’s existence is based upon testimony not demonstration. That is the required reading for understanding God’s ways and deeds is the bible not any work by a theologian. That becomes of fundamental importance when we inquire into the deeds of God as opposed to merely wishing to satiate our intellectual curiosity over the question whether God exists.

Generally scholastic philosophy uses reason to try and mediate between seemingly contrary passages in scripture. The problem of scriptural contradiction was thrown down by Abelard, and the most all-encompassing attempt at a major resolution was Aquinas’ Summa Theologica. Luther’s animosity to Aquinas would be due to what he saw as a deranged concession to paganism that elevated reason far above its station. Irrespective of Luther’s critique, Aquinas was more interested in reconciling reason and faith so that reason could not tear faith apart, rather than simply making reason the pilot for scouring the all-encompassing totality of the universe. Aquinas respected Aristotle, for Aristotle was an intelligent seeker of truth, but the truth that offered salvation was a revealed truth. Thus too, for example, Dante must leave Aristotle in the first circle of hell—which is actually not that unpleasant, but dwelling there is to be dwelling in a condition where one has been satiated by one’s own intelligence more than God’s grace.

With Descartes God’s grace is completely irrelevant as indeed is prayer, or indeed any kind of personal relationship. God is an idea, an innate idea of reason to be sure, but an idea of perfection that offers the promise of Descartes and those who join him eventually being able to understand the universe. The traditional understanding of Christian salvation simply has no place in the God of Descartes. Pascal would put his finger on the central issue when he said, “I cannot forgive Descartes. In his whole philosophy he would like to dispense with God, but he could not help allowing Him a flick of the fingers to set the world in motion, after which he had no more use for God.” God serves a function in the larger project of philosophical understanding by providing a metaphysical reason to accept a law-governed universe—and without that principle the entire Cartesian-modern scientific enterprise is useless.

We should note also the primary take away that Descartes has in focussing upon God’s perfection, viz. that God does not deceive. This gives Descartes the go ahead to carry on studying nature in accordance with the method of analysis and synthesis, in spite of the delusionary nature of the appearances that leads him to undertake his hyperbolic doubt. He has used theology to make a metaphysical claim in a system that, apart from its underlying metaphysic and the method which he lays down, could eventually give us knowledge of everything.

With respect to the claim that God does not deceive, there are indeed scriptural references to God never lying e.g., Hebrews 6: 18: “[it is] impossible for God to lie,” Titus 1:2: “God, who never lies.” Yet God also puts “a lying spirit in the mouths” of unrighteous prophets (1 Kings 22-23; 2 Chronicles 18:22), and in 2 Thessalonians 2: 8-12 we read:

Then shall be revealed the Lawless One, whom the Lord shall consume with the spirit of his mouth, and shall destroy with the manifestation of his presence, [him,] whose presence is according to the working of the Adversary, in all power, and signs, and lying wonders, and in all deceitfulness of the unrighteousness in those perishing, because the love of the truth they did not receive for their being saved, and because of this shall God send to them a working of delusion, for their believing the lie, that they may be judged—all who did not believe the truth, but were well pleased in the unrighteousness.

As this passage, and indeed all the passages cited indicate, the matter of God’s veracity or willingness to have the lies and deceit of the unrighteous be turned against them has absolutely nothing to do with what it is Descartes is seeking, viz., confirmation that the world is not created by an evil genius but conforms to laws laid down by a perfect being. But rather the matter of God’s veracity as it is broached in the bible has to do with the relationship between Him and His people, his believers. It is a matter of the veracity of the word, but Descartes’s philosophy has no real interest in the word as such, nor in any covenant with God, nor in eternal salvation.

Kant, who is the beneficiary of more than a century of metaphysical disputation will demonstrate why Descartes’ and indeed any other ontological argument about God’s existence defies our knowledge, and hence why God is only a “mere idea,” which for knowledge may serve a heuristic idea for faith in the systemic unity of our knowledge. Unlike Descartes he disengages the idea of the world-universe being a totality of laws from the existence of God, by making the cognitive components involved in the formation of knowledge the source of law. That is, he is even more consistent than Descartes himself in his elevation of the role of the subject in the acquisition of knowledge. And further the idea of God is retained only to the extent it is a matter of rational faith—not knowledge as such. But in this as so much else Kant simply has a more profound understanding of what a law governed universe along strictly causal principles must mean than Descartes who is simply using the metaphysics to get to the real work of science, and in doing so attempts to draw the faithful into a new, and far more restricted, far more rational understanding of God as a perfect being.

Unintentionally—and to his ire, because he was witness to the early developments by Fichte and the young Schelling in this direction—Kant had inspired the birth of the romantic approach to knowledge in which the “I” is not simply, as in Descartes, the basis of a proper foundation for gaining knowledge to master the universe, but the source of its making, for nature in itself is but the I writ large (this will be a step too far for Schelling who retrieves Spinoza in his battle with Fichte).

But tarrying with Descartes, his talk of God not being a deceiver ultimately leads to a claim that simply must be the case if Descartes’ philosophy is followed consistently. And it is a claim that he would only disclose in his book The World, a work that appeared in print only after his death, viz., that there are no miracles. If there were miracles then God would be intervening and thereby disrupting the infinite causal chain that makes the world the way it is.

Those who want to take Descartes at his word and see his demonstration of the proof of the
existence of God and the soul as acts of a pious man are stuck with the fact that their man of piety has completely changed the nature of God to fit his idea of who and what God is. One may think that is terrific, but it cannot be passed off as either Christian or Catholic in any traditional sense.

Christianity is based upon the centrality of the miraculous in our lives: from the miracle of creation itself, to the miracle of the triune God, to the miracle of God sending his Son to redeem the world, to the miracles that Jesus performed on earth, to the miracle of the resurrection, and indeed to the miracles that transpire in our everyday life thanks to God’s grace and the Holy Spirit. Irrespective of the fact that some philosophers who lauded Descartes such as Father Malebranche believed his philosophy was compatible with their faith, there is simply no way of bypassing the issue that Descartes’ Deism—and indeed all subsequent deists—are introducing an idea of God that has no place left for any of the most important teachings of the Christian faith, whether that be a personal loving triune God, or a God that so loves the world that he sends his only begotten son, or that his son performed miracles on earth and was resurrected.

This was the grand take away from a philosopher who was so determined to rebuild the world on the basis of clear and distinct ideas that he went in search of the indubitable, and that indubitable starting point was not as it is for Christians, faith itself, but his own thinking. That was, as has often been noted, a variation of an argument originally made by Augustine, about the impossibility of refuting that one is a thinking being when one is thinking. But Augustine uses that doubt to then move to a God who does not simply dispel his doubt but gives his life a mission and purpose—Augustine serves his God because his God saves him from sin and offers him redemption. Such a God has nothing in common with a God who is an innate idea and not a person. Likewise, the self of Augustine is not akin to the Cartesian self. The self in the Christian tradition is not a fulcrum for building a universe, but a dependent, fragile and sinful creature caught twixt the flesh of its “warring members” and the soul’s salvation that may be granted by God’ s grace. For Christians all souls have the prospect of redemption open to them by virtue of God Himself being the sacrifice.

The world in which the followers of Luther and Calvin did battle with each other as well as with the Roman Church was one in which the seemingly smallest differences concerning interpretation of a piece of scripture, or the ritual of the mass, or even the appearance of the Church, and even larger differences such as the role of the priest-preacher, how the body of the faithful should be organized and practice their rituals, which prayers they should say or sing, which parts of the Bible might need to be withdrawn because they were “false” and so on were matters of such extreme importance that they would even trigger men to make war with each other.

The young Descartes, as mentioned above, had himself fought for three years, initially signing up with the Protestant Prince, Maurice of Nassau, in the war that had been the culmination of religious wars. I think it impossible to ignore the importance of that war which wreaked such devastation in Europe as playing a major part in the formation of philosophical deism, as a way of bridging confessional divisions within Christendom. Moreover, philosophical deism of the Cartesian sort was but one attempt to create a synthesis of religion and science. A more occult variety, which Descartes was aware of, existed in the writings of the members of the Fraternity of the Rosy Cross.

Descartes’ early biographer Adrien Baillet mentions that Descartes unsuccessfully tried to contact them. Though it was questionable whether outside of such writings as, The Confession of the Rosicrucian Fraternity (1615), and The Chymical Marriage of Christian Rosenkreuz (1616), there was any actual fraternity—it was rumoured that its members were chimerical, which, as Descartes reasoned, would explain why he could not find them. As I pick up below the development of secret societies in Europe, particularly the Free Masons and Illuminati, would play an important role in spreading ideas that deviated from Christian doctrine whilst being far more compatible with the kinds of theological ideas that accompanied the new metaphysics.

2. Anti-Cartesian Metaphysics in Spinoza, Locke and Kant

With respect to the larger cultural and intellectual landscape in the aftermath of Descartes’ metaphysics, in spite of the plethora of metaphysical disputations about what God and the soul are and do, whether space, for example, is an organ of God (Newton and Clarke) or not (Leibniz), the analysis of clear and distinct ideas which can enable us to identify the inviolable mechanical laws which constitute the world and our experience as properly identified by the understanding is a constant. And the division between what would become known as the dispute between rationalists and empiricists is not about whether one group is genuinely dispensing with the use of reason in making inferences to the extent that experiment is not warranted, but the extent to which experiment is dependent upon principles, including mathematical ones.

This is, though, another way of also saying that all post-Cartesian metaphysics, whether the raw materialism of Hobbes, the pure idealism of Berkeley, the dogmatic empiricism of Locke, the parallelism of Spinoza, the ‘panlogism’ of Leibniz, or the transcendental idealism of Kant (which is an attempt to reconcile all by showing the point up until which they are right and where they then go wrong) make reason and its comprehension of the laws of nature the touchstone of truth. Some of these philosophers, like Spinoza, Hobbes, and Leibniz see a miracle as either a word for what has not been properly understood, or, what is essentially the same thing something explicable via natural and scientific means.

Others who are outspoken defenders of the faith like Locke, Berkeley and Malebranche also see the new philosophy as consistent with occasional miracles. While a work such as Locke’s The Reasonableness of Christianity, a work largely consisting of biblical references lends support to what seemed to be his public attack upon deism, a more cautious reading as provided by Cornelio Fabro in a book I consider to be the most masterful examination of the philosophical roots of modern atheism—God in Exile: Modern Atheism, A Study in the Internal Dynamics of Modern Atheism, from its roots in the Cartesian Cognito to the Present Day, makes the compelling case that confirms the total cleft between what Pascal delineated as the God of the philosophers and scientists, and the God of Abram, Isaac, and Joseph.

Fabro calls Locke’s theology a “Deism of the right,” which, as Fabro indicates, is a defense of Christianity that does claim that scripture and Christianity are true—but that is only to the extent that the truths revealed are what Locke the philosopher identifies as reasonable. As the very title mentioned above of Locke’s major work on the topic, this requires contingency to be reasonable. But human stories are not strictly the result of mental inferences, they involve encounters. And encounters are contingent, particularly meaningful ones might be called miraculous. That is not because the miraculous is reasonable (Locke’s argument for why we should accept miracles), but because the meaning of the encounter is of such a magnitude that we can only attribute its occurrence to God’s grace. And God’s grace has nothing to do with what our reasons make of it.

In keeping with the reduction of Christianity to a rational religion, Christianity in Locke’s hands is, as Fabro rightly points out, the same as we find in Kant, a natural religion and ethic. As Locke puts it in The Reasonableness of Christianity, Christ “inculcates to the people, on all occasions, that the kingdom of God is come: he shows the way of admittance into this kingdom, viz. repentance and baptism; and teaches the laws of it, viz., good life, according to the strictest rules of virtue and mortality.” Try making sense of the redemption of the thief on the cross by resorting to “the strictest rules of virtue and morality.”

The centerpiece of Locke’s thought, and where he hopes not only to correct the faulty metaphysics of Descartes, but to establish once and all for the nature and limits of “the human understanding” is his sense perceptionism, and as Fabro points out later English deists such as Collins, Dodwell, Coward, Hartley, Priestly, and the rest, were to sweep away the last theological restriction adhering to Locke’s sense-perceptionism.

Irrespective of the particular emphasis of any of the post-Cartesian metaphysicians they all concur that whatever mental constraints there are upon us will need to come from reason itself, and where God is invoked it is the God of philosophers. This, though, is predicated upon another element of faith that contravenes the Christian tradition, viz. it dispenses with original sin, at least as far as reason is concerned, and it also radically reconfigures value.

That reconfiguration is played out through various influential philosophical positions, and invariably they involve disputation.

I will just mention a few that have enormous consequence in ensconcing what we now live within, a hybrid culture of a mechanical understanding of what humans are (and hence how they can be technologically superseded) and an idealist value system in which dignity (respect), equality (equity), freedom (emancipation) and the like are invoked to legitimate the world we are making and our behavior in it.

Descartes himself had initially indicated that the new philosophy would provide the content for ethics, and that his philosophy had opened up the prospect of humanity finding a new dwelling, though he was quite content to counsel obedience to customary authority—implying as he did so that those authorities and those customs might not be deemed consistent with reason’s natural light.

Spinoza was Descartes’ most openly radical student, and anyone who doubts the extent of his intellectual influence in attracting readers to a more enlightened and non-Christian view of society should read Jonathan Israel’s Radical Enlightenment: Philosophy and the Making of Modernity, 1650–1750, and his more recent, Spinoza, Life and Legacy. Whereas Descartes was cautious, Spinoza was bold—even Hobbes (whose Leviathan is a mechanistic account of the political body and the source of sovereignty), is reported in the brief biography of him by Aubrey to have exclaimed when reading Spinoza’s Theological Political Treatise, “I durst not write so boldly.” Spinoza uses the principles of the new philosophy to write an Ethics, reimagine the structure, and purpose of the state, primarily so that it may function in order to protect the work of philosophers and scientists like himself. He would also argue that the bible was a collection of myths, whose true grounding and history would reveal what a human-all-too human book it was.

Spinoza is invariably taught in Philosophy classes as a metaphysical opponent of Descartes. But such a reading magnifies the metaphysical differences between the two (Spinoza is a monist, not a dualist, and allows no scope for the free will—though the free will in Descartes is also just a cognitive operation of acceptance or denial of the information to be incorporated into one’s understanding about the material being studied) to the extent that it smothers the far larger affinity of the purpose and rationale of establishing the metaphysics. And, as with Descartes, it is to render the entirety of nature as one vast body of laws which the philosopher-scientist (at this time a scientist was still considered to be a “natural philosopher”) will study in order that we live better. Like Descartes Spinoza allows no room for miracles, for that would require departing from a strictly causal chain of bodies/powers.

Most radically Spinoza would simply dissolve God into nature. Strictly speaking Spinoza is a pantheist, rather than a deist, but in the bigger picture of cultural transformation that is merely a moot distinction of importance of philosophers, but not to how religion figures in life. Also, of great importance in the subsequent transformation of European culture was the claim in Spinoza’s Ethics that pleasure is the good, and pain the evil. Utilitarianism—which forms the basis of modern economic thinking—takes off from this position, and the self simply becomes a pleasure maximizing agent.

Sade was, to pick up on my earlier point, the most transgressive and unrestrained because he took pleasure in pain, both receiving it and inflict it—his thought was the consummation of a mechanistic view of life in which pleasure in its most extreme forms is the purpose of life.

To be sure, one would find it difficult to find a character less like the debauched Sade than Spinoza, and Spinoza’s Ethics is a work devoted to improving the human understanding, so that improvement of one’s understanding by being attentive to nature and its laws, and living in accordance with what the mind has understood is virtue itself, and that is the genuinely pleasurable life. But to a Sade, Spinoza simply seems too tame, unable or unwilling to throw everything into the furnace where life and death are all part of the same tumult of appetites, drives, and desires that are intrinsic to a cosmos which endlessly begets and devours life itself—and is evil. By embracing evil Sade takes his revenge on the cosmos by playing and embracing the game of endless extinction, by taking joy in it. The cosmos is evil—and so is Sade.

If Spinoza had laid down an ethic in which freedom is simply living how we must, as our lives are determined, Kant’s philosophy would pick up on the more normatively developed claims that were intrinsic to the those politically inflected philosophies which were appealing to rights. Whereas the arc from Spinoza, Hobbes and Bentham saw rights, and the natural law theories they derived from, as simply surrogate words for power, or as Bentham put it bluntly “nonsense on stilts,” Locke, and Rousseau, albeit in different ways, were making “rights” the basis of their respective critiques of traditional, i.e., monarchies invested with prerogative power, political orders they wished to be rid of.

Kant’s moral theory would have political implications—all constitutions should be republican, but he saw the larger problem of mechanism in its view of human beings as lacking freedom and thereby any moral purpose, or dignity. If morals are but powers, as they would be if we are but links in a great causal chain, then all we are talking about is force. Kant sought to defend moral right, and human dignity, by locating their source in reason itself. To this end his philosophy is genuinely dualist, and even more consistently and rigorously so than Descartes’ (though he does attempt to explicate how the faculty of judgment—in matters of biology, art and ideas about moral progress—serves to mediate between the phenomenal [what can be experienced and hence known] and noumenal [what is but the mind’s own rational creation]).

Kant’s dualism consists in arguing that the nature and legitimate scope of the elements of the mind’s forms and functions—the gathering of knowledge and the creation of moral ideals—can be strictly identified. Philosophers have heretofore failed to recognize that the elements of cognition that have an indispensable function in enabling our sensory representations to become knowledge have taken on a false reality thereby deluding us into thinking we have knowledge of God, the immortal soul, and moral freedom—all of which are but ideas that come from the faculty of reason’s own operations. They are not objects of possible experience, and not being so, we cannot disprove their existence. We can identify that they serve a moral purpose and thus we may accept these ideas as forming the basis of a rational faith.

I do not want to go into the details of Kant’s flawed arguments except to say the elements Kant insisted were unassailable all became assailable within the next century. More specifically, developments in geometry and logic rendered the Euclidean nature of space and time (the bedrock of his analysis of the a priori elements of the faculty of “intuition”), and the Aristotelian logical elements he thought settled that had provided the key to his table of categories of the “understanding,” as superseded. Kant’s constructivist theory of mathematics, which had to be true, for the rest of his theory of knowledge to work, convinced none of importance then or later. The very next generation of post-mechanistic metaphysicians were done with the strictures of Descartes and the investigations of those who “led” to Kant.

But, irrespective of the adequacy of Kant’s argument, his claim that the rational nature of human beings warrants that we should morally see ourselves as a member of a moral commonwealth, a commonwealth of ends and not means and thus deserving dignity and respect has subsisted along with a view of selves as driven by appetites is conspicuous in how readily the contemporary mind flicks a switch between rights and respect talk to talk of pleasure, appetites and determinations. The contradictions of an age or group do indeed provide the key to their motivations and priorities. Kant’s dualism is also built upon his recognition that our empirical selves are prone to what he would call radical evil, which simply meant for him, our propensity to have our moral principles tainted by our desires and drives. On the surface, this seems to be Kant’s rational concession to the Christian doctrine of original sin—except it is not. It is his way of making reason itself impervious to appetite—so that if we but apply the moral imperative to any circumstance we at least know what we should do.

The problems with the categorical imperative were exhaustively demolished by Hegel who notes that no example provided by Kant does not already draw upon the communal value in the sheer nomenclature and indeed in the very examples themselves of what constitutes a moral dilemma. Kant’s account of “practical reason,” or moral theory, is predicated upon him having adequately delineated the “bounds of experience,” by establishing which elements of reason are essential for perceiving, judging, and making inferences about experiences, and then which kind of claims are not strictly beholden to those elements, but to what reason itself supplies as ideas of its own making that do not contravene the requisites of experience: God, soul and freedom, he says don’t, because they are “mere ideas of reason.”

On the surface, by arguing that our moral claims are but judgments expressing what we all ought to do (categorical imperatives) and accepting that one can never rule out the impure motive of why someone is appealing to the imperative it may look as if Kant is simply recognising that we can only ask of reason that it helps us aspire to our ideals. And that is a good thing, surely? But frankly Kant only muddies the waters by having such an absolute severance between ideal and motive. If we are prone to radical evil then why bother thinking our morals suffice to make us God-like? Kant also claims that a just constitution that simply requires we observe the laws, irrespective of our motives, is a good thing. Kant once famously framed the task of politics as creating a constitution for even a race of devils, forgetting to account for the fact that those who administer it would still be nothing more than devils, and thus use the constitution for diabolical gains. The constitution of pure reason is but an occasion for diabolical interests to act behind the idealist smokescreen of the delusions of those satisfied by their own reasons and gullibility.

The technocratic vision of being lords and masters of the universe might seem to have been based in the pursuit of knowledge alone, but it was inevitably a political vision. And while Rousseau and his epigone, including Kant, thought they could ensure a politics of moral rectitude if they but redesigned our institutions so that liberty and equality and the general will would prevail, there were a few insurmountable problem—humans just aren’t that good, and nor are their reasons that compelling when it comes to trying to get agreement. The French revolutionaries justified their behavior on the basis of their reasons, and what they delivered was civil war, terror and the creation of the greatest military regime on earth at the time. Ideas and reality, what we want and what we do—they refuse to match up.

3. Concluding Note on Philosophism and the French Revolution

Augustin Barruel’s Memoirs Illustrating the History of Jacobinism is one of the most brilliant critical accounts of the French revolution ever written—Edmund Burke was one of its admirers, and as someone who regularly used to teach Burke’s Reflections of the Revolution in France, I think Barruel’s a far more important work. It is often disparaged as being but the father of modern conspiracy theory thinking. That is primarily because Barruel documents the involvement in the revolution of the French Free Masons—an involvement that few historians of the French revolution say much about, even though pretty well all are aware of the fact that the lodges along with the salons and political clubs were a major place of political intrigue and discussion—and, as well, the Bavarian Illuminati.

At much the same time as Barruel was writing his book, the former Mason and Scottish natural philosopher John Robison had written his Proofs of A Conspiracy Against All the Religions and Government of Europe Carried on in the Secret Meetings of the Free Masons, Illuminati and Religious Societies Collected from Good Authorities. Both books are meticulous researched and draw upon reams of quotations of writings and letters from Free Masons, and Adam Weishaupt (“Spartacus”) and other members of the Illuminati about the program and political involvement of the Illuminati and Masons. Both organizations adopted mythic foundations thus claiming ancient pedigrees.

Barruel also makes a convincing argument about how a number of key masonic beliefs and objectives have antecedents in the Manicheans and Knights Templars—which is very different from claiming as some modern conspiracy theorists as well as Masons think that there is a direct lineage going back to antiquity, and the secret attempt to control the world has been going on for millennia. While the Illuminati were happy to infiltrate the Masons, not all Masons were interested in revolution, indeed there were royalist Masons who seemed to have no idea of what subversive purpose the Masons could be serving. Barruel also emphasizes that the French and British lodges were completely different beasts and that the politics of the French lodges was far more radical. Barruel argues throughout that the Masons, at its highest levels, were an anti-Christian, as much as they were an anti-royalist, force. And, indeed, the supreme being recognized by the Masons is identical to the deism of the philosophers, as well as Robespierre and his faction. While Barruel and Robinson both see the Masons and Illuminati as pernicious social forces which circulated ideas that would contribute to the destruction of throne and altar, neither are saying that there were not other factors which made the revolution.

The various crises in France—its debt, its dysfunctional administrative and taxation “system,” the class antagonisms especially with respect to tax payment and avoidance, and various events of panic and violence that made the revolution—had little if anything to do with the Masons or Illuminati. But the secret societies provided forums of discussion and deliberation for those seeking to take advantage of the chaotic circumstances that enabled a new ruling class. I will not enter here into which particular moments Barruel thought involved conspiratorial machinations of the Masons or illuminati, but generally
Barruel sees the philosophes, most conspicuously Voltaire and D’Alembert whose works and correspondence he was steeped in and Montesquieu and Rousseau as playing the major role in generating the ideas that would hold sway in the revolution.

Today we would not usually think of a conspiracy taking place when philosophers in class rooms or in conferences openly talk about creating a utopia and overthrowing this oppressive society. Indeed, it is now seen as completely normal that people pay taxes to have people use the university as a platform for the radical overthrow of that society’s foundations and traditions. But when Voltaire and friends—that included Frederick the Great, who Barruel detests for his vanity and willingness to tarry so long with such explosive ideas—speak of overthrowing throne and altar they are generally aware that these are things that must be aired with circumspection and delicacy. And Barruel devotes much of his effort to bringing to light the more revolutionary ideas that are to be found in the correspondence of Voltaire and D’Alembert, the ideas of Montesquieu, Rousseau and the Encyclopedists.

While the professional classes involved in the revolution were as much responding to circumstances as creating new ones that invariably overpowered them, their decisions were also fueled by the heady concoction of ideas that had swept them together—and not too much later divided them in blood.

All of this notwithstanding, the role played in the French revolution by philosophy, not only in shaping the appeals and narratives of the revolutionaries but also in the drafting of the constitutions—was unlike anything that had ever preceded it. (Though philosophical ideas had played an important role in the American Declaration of independence, it is hard to make the case that the American war of Independence was primarily driven by philosophical ideas.) One only has to consider how Locke’s philosophy comes after the English revolution, while the most important philosophers whose names were invoked during the French revolution preceded it.

Surprisingly Barruel says nothing of Descartes in his Memoirs; and whilst he mentions Descartes in his Les helviennes, ou Lettres provinciales philosophique, there is no indication of the founding role of Descartes in the revolutionary ideas and spirit of “philosophism.” In part. Barruel’s silence on Descartes may be explained by the ambivalence in which Descartes was held by many after his philosophy came to become accepted within the institutions which had once been the fortress of scholasticism, as well as the royal patronage his ideas received from the later part of the seventeenth century. Thus, Stéphanne van Damme notes in his “Restaging Descartes. From the Philosophical Reception to the national Pantheon”: that in the second part of the Eighteenth Century, “Descartes ceased to represent a renegade” and was seen “as a representative of the Old Regime.” Van Damme provides a concise but important account of the role of princely patrons in helping the circulation of Cartesian thought. The following is a pertinent part of the story:

In a rare process, by surpassing the limits of aristocratic sociability, by moving into princely circles, Cartesian philosophy became a truly cultural phenomenon during the seventeenth Century. First, Cartesianism was integrated into noble educational practices. Thus, Rohault, the Prince de Conti’s tutor, and Jacques Sauveur, the Duke d’Enghien’s tutor, contributed to this aristocratic passion for Cartesian physics. The Prince de Condé’s Jesuit tutors led the way in teaching Cartesianism. In January 1684, the Jesuit father Du Rosel spoke of the philosophical education of the young Duke d’Enghien: “We continue to examine the questions of place and space. We read what the Principes of Descartes have to say on this subject, and what they can contribute to an understanding of the difference between the old and the new Philosophy.”

Another pertinent part of the story which is indicative of the ambivalence surrounding Descartes’ contribution to the Enlightenment, was the central weakness in his physics, and—weaknesses which were often connected with the metaphysics—most brutally exposed by Newton. Indeed the triumph of Isaac Newton’s physics meant the complete defeat of Cartesian physics. In Newton’s De gravitatione et aequipondio fluidorum, a paper written in 1666 on hydrostatics, a very large digression (about four fifths of the paper) occurs in which Newton provides a detailed critique of Descartes’ conceptions of motion, space, and body (a translation by the philosopher Jonathan Bennett can be found here.

It is worth citing the following passage which exposes how the deficiencies in the physics and metaphysics are of apiece:

We take from body (just as he (Descartes) bids) gravity, duration, and all sensible qualities, so that nothing finally would remain except what belongs to its essence. Will, accordingly, extension only remain? Not at all. For we reject additionally that capacity or power by which the perceptions of thinking things move. For when the distinction is only between the ideas of thinking and extension so that something would not be manifest to be the foundation of the connection or relation unless that be caused by divine power; the capacities of bodies can be rejected with this reserved extension, but it would not be rejected with the reserved bodily nature. Obviously, the changes which can be induced in bodies by natural causes are only accidental and not denoting the substance actually to be changed.
But if anything could induce the change which transcends natural causes, it is more than accidentally and has radically attainted the substance. According to the sense of the demonstration those only are being rejected of which body, by force of nature, can be void and deprived. But no one would object that bodies which are not united to minds cannot immediately move their perceptions. And hence
when bodies are given united to minds by nothing, it will follow (that) this power is not among their essentials. The observation is that this does not act by actual union but only by the capacity of bodies by which they are capable of this union by force of nature. As by whatever capacity belongs to all bodies, it is manifest from it that the parts of the brain, especially the more subtle by which the mind is united, are
in continual flux, the new ones succeeding to those flying off. And it is not lesser to take (off) this, whether regarding the divine achievement or bodily nature, than to take (off) the other capacity by which bodies in themselves are able alternately to transfer mutual actions, that is, than to force body back into empty space.

The decisive victory of Newton over Cartesianism—to put it in its most simple and stark terms—was Newton’s demonstration of the fact that bodies did attract and repel each other at a distance and hence that the strictures Descartes placed upon the contiguity of bodies was false, and his vision of the universe as consisting of a plenum filled with vortexes, it was a universe in which no space was not filled with matter. Newton would famously say in his Principia, “Hypotheses non fingo” (“I feign no hypotheses”). Those three words would suffice to render Descartes’ physics a monstrous concoction of rationalism not much better than Aristotle’s concoctions.

Throughout the 1730s and 1740s Voltaire entered into the “wars” between the Newtonians and Cartesians (most famously in his Lettres philosophiques Éléments de la Philosophie de Newton), as a champion of the empirical genius of Newton (and Bacon, and Locke) against the reactionary rationalist Cartesians holding back progress. Notwithstanding “the Newton wars,” Voltaire’s overall assessment of the value of Descartes indicates that in spite of the various errors made by Descartes, his importance in the making of the new world cannot be ignored:

He pushed his metaphysical errors so far, as to declare that two and two make four for no other reason by because God would have it so. However, it will not be making him too great a compliment if we affirm that he was valuable even in his mistakes. He deceived himself, but then it was at least in a methodical way. He destroyed all the absurd chimeras with which youth had been infatuated for two thousand years. He taught his contemporaries how to reason, and enabled them to employ his own weapons against himself. If Descartes did not pay in good money, he however did great service in crying down that of a base alloy.
I indeed believe that very few will presume to compare his philosophy in any respect with that of Sir Isaac Newton. The former is an essay, the latter a masterpiece. But then the man who first brought us to the path of truth, was perhaps as great a genius as he who afterwards conducted us through it.
Descartes gave sight to the blind. These saw the errors of antiquity and of the sciences. The path he struck out is since become boundless.

Voltaire’s tribute to Descartes’ importance is also echoed by Condorcet, who unlike Voltaire actually participated in the revolution, only unfortunately to be on the side of the losing faction of the Girondins. Whilst in prison, where he died, he wrote his Outlines of an Historical View of the Progress, whose “ninth epoch” bears the title “From the Time of Descartes, to the Formation of the French Republic.” Like Voltaire, Condorcet noted the errors of Descartes and sides with Locke, but, also like Voltaire, he praises him for the new path he opens up:

From the time when the genius of Descartes impressed on the minds of men that general impulse, which is the first principle of a revolution in the destiny of the human species, to the happy period of entire social liberty, in which man has not been able to regain his natural independence till after having passed through a long series of ages of misfortune and slavery, the view of the progress of mathematical and physical science presents to us an immense horizon, of which it is necessary to distribute and assort the several parts, whether we may be desirous of fully comprehending the whole, on of observing their mutual relations.

Thus it was that Descartes would, as Van Damme notes, be the third writer to be listed in the decree founding the Pantheon on April 4, 1792” and “in 1792, the monument of Descartes was deposited in a new musée des monuments français organised by Alexandre Lenoir, and cenotaphs to his honor and other great men’s erected in the garden, jardin Élysée, around the museum.” Van Damme makes much of Louis-Sébastien Mercier, a member of the Council of Five Hundred denouncing Descartes’ “Pantheonization.” What he neglects to point out, though, is that during this post-Thermidor phase of the revolution the rhetoric of the revolution remained whilst the attempts to stabilize its momentum was taking a far more conservative direction. Further, whilst Mercier had been a disciple of Rousseau and an anti-cleric, with his revolutionary fervour chastened by the bloodbath of the Jacobins, Mercier turned upon everything he saw as a source of the “terror,” and at the beginning of it all was “the free thinking “Descartes. By then Mercier was no less hostile not only to Voltaire’s attacks upon religion, but more generally to philosophy itself as a subversive power within the people.

Of course, the French revolution was predicated upon normative appeals, including patriotism, that have nothing to do with Descartes. But my point in this essay has been to focus on the mechanistic metaphysical pole of the bifurcated modern self. That other pole, as I have said, is the one of reason no longer simply studying nature’s determinations but conjuring ideas which provide legitimation for political and social authority. This pole is even more destructive of liberties than the technocratic, for those who insist that their authority is based upon the moral or ethical values that give them authority in deciding what we may or may not do invariably, originally in communist and fascist and now in liberal democratic regimes, attack any who question their decisions and policy priorities.

The ruling political class and the class that devotes itself to the accumulation of scientific knowledge form a bond in which the authority of the one class facilitates the authority of the other. The politics corrupts the science, and the science corrupts the politics. Together they make a world far more frightening than any produced by an evil genius. Together, they dissolve the soul into a bifurcation of machine and empty abstraction, in which the spirit of tradition and place are also rendered of no importance unless they serve the larger narrational purpose of an identity to be inserted into the design. In that design machine and norms are magically revived and unified. What has been lost in the transmutation is the soul.

Frankenstein’s Monsters is what we are in danger of becoming as we are but machines with ideals that dictate our identity—for anyone who is black, a woman, a gay, etc., who deviates from the script of what that identity should be is no longer defined by their identity marks, but by their betrayal of the essence and the narrative that has been dictated to those who have that essence by their political saviors. This is the rational moral faith that dictates how we should be in our world of pleasure and material satiation delivered by the world as a great calculative resource. It is the faith that has enabled the globalist progressivist view of life in which all the resources of the planet are to be managed and all traditions to be rendered redundant.

The world is an occasion for the profit and pleasure of those who are able to preside over the technocratic forces that do their bidding. Nietzsche had used the phrase “God is dead,” and Heidegger “the gods have fled.” But the living God never dies, and humans always find gods to serve. The god of one’s own identity is though one of the most pitiful that has ever been conjured. Descartes would, I think, have been horrified to see how thoughtless the new thinking subject is, and how infantile the world it is making has become.

Read Part 1 and Part 2.


Wayne Cristaudo is a philosopher, author, and educator, who has published over a dozen booksHe also doubles up as a singer songwriter. His latest album can be found here.


Featured: Presencia Inquietante (Unseetling Presence), by Remedios Varo; painted in 1959.


Artificial Intelligence: An Oxymoron

Few topics gain more media attention today than the prospect of computers using AI (artificial intelligence) taking ever greater charge of human activity, even to the point where many fear AI will usurp humanity itself. This fear arises from the belief that AI has already become aware of its own existence and may decide that it is a form of life superior to less efficient human beings, who then will be judged by AI as an “imperfection” that should be removed from the planet!

This way of looking at AI computers arises from the inherently positivistic assumptions that tend to accompany a technological age, such as ours, in which natural science is seen by many as the only true and objective way of looking at the world. All this begets a kind of metaphysical materialism in which everything we find in the cosmos is the product of material entities and the physical forces which govern their behavior.

Since Darwinian naturalism views living things as the end product of material forces and particles, it is naturally assumed that the emergence of self-reflection and intelligence in man is also simply the natural product of eons of physical and organic evolution, such that complex neural networks found in highly evolved brains eventually gives rise to self-awareness and even complex forms of thinking in later hominins, including Homo sapiens. It is a short step to think of modern computers as simply artificial life forms that can develop—through a kind of self-programming—self-reflection, understanding and complex reasoning—even a concept of personhood, which they then apply to themselves.

Moreover, the natural sequence of logic here seems to be that, if material nature can produce thinking, self-reflecting organisms, such as man, then, with the advent of computers, super computers can be developed from material components which can even then “out think” human beings, as evinced by their ability to beat our best chess champions. The neural networks of artificial computers can exceed the capacity and natural programming of the human brain so as to produce superior thought processes as is now manifested by the advent of artificial intelligence.

Hence, the notion of emergence of “artificial intelligence” appears to be a scientifically correct depiction of the natural evolution of human intelligence which then begets the technology of super computers that can easily outshine even the mental capacities of their creators.

Does Richard Dawkins Really Exist?

The only problem with the above commonly accepted scientific view of reality is that it is based on a philosophical interpretation of the world in which nothing above the level of submicroscopic particles or waves actually exists as a whole thing. This theme I explain in detail in a YouTube video entitled: “Atheistic Materialism—Does Richard Dawkins Exist?”

Modern evolutionary materialists embrace what is essentially the doctrine of atomism that traces back to the Greek philosopher, Democritus (c. 460—c. 370 BC), who maintained that the world is composed of nothing but tiny, indestructible, inert, solid, material particles that interact mechanically. While this differs from modern quantum-mechanical “atoms” that are not inert, but interact through electric and magnetic force fields, the basic notion is still the same: fundamental units of matter compose all things and nothing really exists as a whole above the atomic level.

The inherent logic of both these basic atomistic worldviews entails that atomists themselves, such as Richard Dawkins, do not actually exist as whole beings. Atomism may exist as a philosophy, but atomists themselves do not exist!

As a simple example, you can produce dihydrogen oxide, better known as water, by combining oxygen and hydrogen into a single molecule. But, does the water molecule now constitute a single thing, distinct from everything else—or is it still just two atoms of hydrogen and one atom of oxygen, temporarily sharing outer orbit electrons? Atomism would say that they are still just separate atoms of oxygen and hydrogen, now sharing a few electrons so as to act as a functional unity—no more a single thing in reality than is a horse and its rider. Modern physics and chemistry comport with this same atomistic interpretation.

This means in effect that nothing above the atomic level constitutes a single whole being, distinct from everything else—not fleas, not zebras, not cats, and not human beings (including Dr. Dawkins)! Atoms may engage in incredibly complex relationships with other atoms in this dynamically interacting world—including forming temporary combinations of organic molecules working synergistically according to their DNA “program” so as to present the functional unities we perceive as single things called “organisms.” Still, none of these “systems” constitute what philosophers call a “substantial unity,” that is, some whole being distinct in itself and separate from everything else. Atomism renders an interpretation of physical reality in which the interaction of uncountable atoms may form what looks like substantial unities, but which, at most, constitute merely functional unities that are in reality no more unified than a pile of sand or an automobile.

Atomism logically entails that we are merely amazingly well-organized piles of atoms!

To have real unity at levels above the atoms, you need some principle of unity that makes a thing truly the same kind of thing throughout its whole reality. Aristotelians call that principle the “substantial form.” For example, if we are one being, it is because our human nature is of one type or form. The form of our stomach is not “stomachness,” but “humanness.” We are human from top to bottom, side to side. Otherwise, we would not be one being, but just a pile of anatomical parts—or, at the deepest level, merely a pile of cooperating atoms.

The human substantial form, or soul (life principle), makes us a single, unified being or substance by pervading and specifying as human every single least part of our being that is truly “us.” This does not, of course, include things within us that are not actually part of our human substance, such as the urine in our bladders, or the acid in our stomachs.

Nonetheless, you cannot keep excluding such “non-human” entities within us without doing away with the entirety of our substance. That is, most of what we say belongs to the human body really does so and is human throughout. The nature of our toes is not “toeness,” but again, as indicated above, “humanness.”

Proponents of evolutionary materialism would maintain that their view of natural science is simply common sense, the only view of the world that comports with its actual composition of atomic or subatomic extended units of physical matter. But this entails that nothing and no one above the atomic level really exists, meaning that both the natural scientist as well as his laboratory assistants are merely glorified piles of atoms having an organizing schema of DNA, but no real existential unity—no common nature of “humanness” that unites all parts and subordinates them to a human nature that pervades their entire physical reality.

It is one thing to say that the human body is composed of atomic particles. But, it is quite another thing to say that the human being is nothing but those same atomic particles. The first statement is simply a statement of scientific fact. But, the second one is quite different, since it is a materialistic philosophical interpretation of the scientific fact—an interpretation that effectively denies the common sense reality that we live in a world composed of, not just unseen atoms, but of flowers, bugs, dogs, and people!

We all know that an automobile is an incredible functional unity that is composed of thousands of discrete and independently-existing parts. But, that does not entail that it is a genuinely-unified single being. That is why any speeding ticket is issued to the person who was the driver and not to the vehicle itself—even though it was the car that was observed breaking the speed limit. Moreover, even though the automobile far exceeds the speed of a human being in terms of ability to move through space, it lacks the existential unity needed to be subjectively responsible for its motor vehicle legal infraction. For the same reasons, even an AI computer or robot may function as an impressive functional unity—even far exceeding mere humans in computational abilities, and yet, such electronic-mechanical devices possess no more substantial unity than does the automobile.

On the other hand, human beings have a lived experience of existential unity which belies the reductionist simplicity of atomism. We are well aware of the incoming fire of all our senses presenting to our consciousness the multiple sensible qualities of numbers of physical objects external to our physical body. We are also aware that we can command and coordinate all the mental and physical powers of our person to ward off, say, the attack of an angry dog. Any abstract philosophical interpretation of unseen “atoms” which denies our immediate awareness of our own existential unity, as well as that of other things, like dogs and other persons, fails to comport with the total reality of human experience.

In the end, atomistic philosophical doctrines are no more realistic than Platonic ones, which insist that the Really Real world is not the one given in our direct experience of reality, but rather is some abstract expression of things actually unseen and unexperienced in our immediate awareness of ourselves and of the world around us.

In sum, the direct experience we have of ourselves is that we have capacities of sense experience, thought, and free choice which no individual atoms possess. Such qualitatively superior properties are not found in individual atoms. They are found solely in living organisms which exist as wholes governed by some formal principle which unifies and specifies them to be unified superior realities, such as plants, animals, or men. Physically inanimate objects—whether singular or somehow physically conjoined—simply do not have the qualitatively superior properties of living things. Such living properties are manifest solely when atomic units are part of a composite whole that exhibits that same nature throughout and activities proper to that nature. A dog is a dog from nose to tail because all of its parts act together to sustain the activities proper to the whole living canine organism.

Emergent Properties

Materialists will sometimes claim that sensory and intellectual activities found in man may not be found in bodily chemical components isolated in themselves, but that they “emerge” from atomic particles when they are combined into complex organic entities, such as animals and humans.

This may be true of simple electrical and mechanical properties, such as those manifested by atomic entities when combined into molecules. For example, hydrogen and oxygen are not liquids at room temperature, but when combined into water, they manifest that quality. But, certain qualities found in animals, such as the formation of images or sensation of objects of sight, manifest operations that are utterly beyond the limitations of merely physical objects and the atoms that compose them.

As I explain in my recently-published book, Rational Responses to Skepticism, (384-390), forming visual images or sensing visual objects entails knowing physically extended things as a whole, which is something no purely physical entity can do. What is universally true of all physical things, including atoms, is that they are physically extended in the space-time continuum, that is, with one part of them being in one part of space-time and another part being in another part of space-time. No physical thing can be in two distinct locations at the same time, unless it is one thing with diverse parts in different places—as our feet are in one place and our head in another.

In simple terms, that is why a television set presents the image of a dog by having thousands of diverse pixels illuminated or not illuminated over the breadth of the entire screen so as to form an image of the whole dog (from a single perspective). (A pixel or “picture element” is the smallest unit in a digital image.) But each pixel is either “on” or “off.” No single pixel represents the whole dog. TV sets do not “see” the objects they display on their screens. It takes a living dog to look at the screen and bark at what he sees as an entire dog.

This is also why every kind of physical recording, sensing, data processing device, and the like, necessarily uses some form of physically extended medium to display or express the content which it stores and/or manipulates. This is because it really “knows” nothing, but is simply retaining and/or rearranging the content of the objects it “apprehends” into a format that that living knowers alone can either sense or understand.

Thus, the “core storage and processing” mechanism of every data-processing machine is itself extended in space so that one part of it can represent one part of the “known” object and another part represents a different one, whether it be recorded on photographic film, a disc, a chip, tape, or any other physically extended object that can “point by point” represent something else—even written content, such as this article. This physical process of recording and manipulating data in no way constitutes actual cognition.

On the contrary, only an immaterial power that is not extended in space is able to grasp the whole of a sensed object as a single unified whole all at once. The dog sees the entire image of the dog on the TV screen, precisely because the dog’s sight—unlike the TV screen itself—is not composed of discrete physical parts that merely represent “on” or “off” of pixels, but rather is able to apprehend the whole as a whole because, being immaterial, it grasps the entire sensed object in a simple act that has no physical parts. (N.B., Grasping the “whole” does not mean seeing the object from all sides at once, but merely seeing the entire surface that presents itself from a given perspective.)

Some materialists claim that this immaterial ability of sense cognition to grasp whole objects in a simple act is merely a property that “emerges” from matter under suitable conditions—just as “wetness” appears in the place of hydrogen and oxygen gasses when they chemically combine. But this assertion clearly violates the principle of sufficient reason when applied to extended material things trying to apprehend physical objects as a whole. For it claims that discrete physical parts, which are themselves inherently unable to grasp the unity of whole sense objects, are still somehow the adequate reason for apprehending a visible object as a unified whole.

While “wetness” is still a physical property of certain chemicals in a combined state, being physically extended in space-time is precisely the limiting factor that makes physical things, as such, unable to explain the simplicity of the act of grasping a whole visible object all at once. That is, it simply is not in the nature of matter to do this. For matter to express all the content of a physically extended object in a single location is as impossible as it is for a TV screen to express an entire picture in a single pixel. That is why the material, as such, is not a sufficient reason for the performance of immaterial acts, such as seeing wholes.

To make the point even more clear, attempting to depict an extended object, like the image of a dog, on a single physical point would be like trying to put all its light content into a single pixel on a television screen. In the process all distinctions and visual content would be unified, but also no longer discernible. This is, in fact, what used to happen with the old electron tube TV sets when you turned them off. The horizontal and vertical output fields would collapse instantly, leaving for a few seconds nothing to see but a bright spot of light in the center of the screen, since all the picture data was now overlapped on itself in a single spot. The data was still there, but the image was destroyed!

Image and Concept

As if this limitation of matter were not enough to show that atomism alone cannot explain the lowest form of cognition, sensation, those acts which specify true understanding or intelligence are of an even higher form and are acts proper to true human beings alone.

Typical of the confusion which attends the empiricist mentality when confronted with traditional claims of the qualitative superiority of man over beast, the philosopher David Hume (1711-1776) exhibited total incomprehension of the essential difference between the sense life of animals and the intellectual life of true human beings. He failed utterly to grasp the incommensurable difference between the sense image and the intellectual concept.

Since Hume’s empiricism entailed him maintaining that all we know are sense impressions, he viewed all knowledge as being limited entirely to the sensory order. Thus our direct experience of external objects is composed of vivid and lively sense impressions, whereas our knowledge of ideas is taken from memory or imagination and is less vivid. Modern materialists tend to follow the same reasoning.

Since for them all experience is ultimately merely sensory, no sharp distinction between images and ideas or concepts exists. All knowledge is conceived in terms of neural patterns in the brain so that images and ideas or concepts are essentially of the same nature.

But, in reality, there are sharp and easily provable distinctions between images and concepts—such that images belong to a form of internal sensation that always exhibits dependency on matter, whereas concepts are of a clearly immaterial and non-imaginable character. Images are said to be material in that they always appear under the conditions of matter. This means we find them always singular, concrete, and with material qualities like shape, color, and size that can be imagined or even realized in a painting or sculpture. You can imagine a cow or a square, but it is always this cow or this square with this particular color, size, or shape, which is also experienced as extended in space.

On the other hand, the concept or idea of “cowness” or “squareness” cannot ever be imagined or realized concretely, since it must apply to all possible cows and squares, and thus, cannot have merely the particular colors or shapes that are found in an image of one or even a group of them. You can imagine all the humans gathered at Easter in St. Peter’s Square, but even they would only be imagined as a sea of heads and would not express all the diversity of characteristics found in the concept of humanity, which covers every possible human that has ever lived or could ever live! This is not to mention the evident fact that concepts themselves cannot be imagined. For example, what is your image of justice (which is not merely a blind lady with scales) or of beauty (which is not itself physically attractive as a concept) or even of the concept of a concept itself?

Moreover, we understand concepts or ideas, but not images. We see a concrete realization of an image, perhaps, but we never can see a concrete realization of a concept. For that very reason, abstract art results in odd representations of distorted singulars when trying to depict such universal concepts as humanity or vengeance.

The bottom line is that, while images (1) are material entities as evinced by them always being under the conditions of matter and (2) are shared by both animals and man, universal concepts apply to all possible concrete instances of their content and are, thereby, abstracted from any particular material qualities at all. This means that human intellectual concepts—the meanings that underlie our linguistic inventions called words—are strictly immaterial in nature, and thus, exceed the power of any purely material being to produce. Indeed, the ability to form such immaterial concepts is the very basis for the Thomistic proofs for the strict immateriality or spiritual nature of the human intellectual soul, since the ability to form such strictly non-material entities exceeds the capacity of anything that is purely material in nature.

All this is but a brief summary of a topic I have treated in far greater detail in my book referenced above. (162-176.)

Why Artificial Intelligence is an Oxymoron

What has all the above analysis got to do with the question of artificial intelligence in computers? It is this. The entire presumption that computers can exhibit intelligence like human beings is, in the first instance, based on the belief that animals possess some primitive form of intelligence in the form of an internal life of interacting images taking place in neural networks in their brains. Since Darwinian naturalistic evolution views man as being simply a highly developed animal, it maintains that thought processes in the human brain are simply better developed abilities to manipulate images which constitute primitive thinking in higher animals.

Therefore, if—following this materialistic reasoning—human intelligence is basically a form of complex manipulation of images within the human brain, and if the brain and its images are material in nature—the end product of blind evolutionary processes, then, in principle, there is no reason that electronic computers cannot be programmed to manipulate their own material data in such a way as to actually constitute thinking and the possession of intelligence.

Indeed, are not computers viewed as “thinking machines” already? Do we not program them to use symbolic logic to analyze highly complex intellectual problems and draw probabilistic or absolutely true conclusions?

So, are not these thinking machines already exhibiting intelligence—even though, at least until recently, under the direction of human programmers? What does the concept of artificial intelligence add to this equation except the notion that the computers will “take over” the whole process themselves—become self-programming—and engage in intellectual pursuits of their own? Is that not what is already being claimed for AI computers and even AI robots?

But there is one small fly in the ointment. While computers can be programmed to manipulate symbols we humans encode for them, and while they can present to us the logical inferences derived from such formal logic, this does not entail that such computers actually understand the intellectual concepts or ideas which these symbols represent!

That is, you can get a computer to write “Cogito, ergo sum.” But that does not mean it has even a single iota of understanding about what it just wrote!

As we have shown above, while animals have a sense life entailing material images in their cognitive faculties, this does not entail that they possess intellectual understanding of universal ideas or concepts. But, it is precisely the understanding of meanings or concepts which constitutes the essence of intelligence. In fact, the word, “intelligence,” is taken from the Latin “intus” and “legere,” which means “to read within.” That is to read within the very nature of things. “Intellegere” means “to understand.” And it is from “intellegere” that we derive the English term, “intellect.”

Since human beings alone understand concepts or ideas, not mere images, human beings alone possess true intellect. That is, man alone, among all the animals, is an intellectual creature of God.

Hence, the train rushing toward expecting intelligence from blind material evolution is derailed at the point at which we move from experiencing mere images to making the claim that there is actual understanding of the concepts with which these images are merely associated. Indeed, we may have an image of a blind lady holding scales which is associated with the concept of justice—but, the image itself conveys none of the understanding of this noble concept and all its implications!

Even some otherwise well-educated present commentators frequently refer to possible space aliens as being “sentient creatures” of God. But Merriam-Webster defines “sentient” to mean “responsive to or conscious to sense impressions; aware; finely sensitive in perception or feeling.”

In a word, sentient creatures are mere animals, who share the powers of sensation. They have sense experience. But, that does not entail that they possess any intellectual powers. What is happening here is that these commentators are failing to distinguish sensation from true intellection. Man alone on this planet possesses true intellect, because man alone has the power to understand concepts, form judgments, and reason to conclusions. That is why traditional philosophers define man as a “rational animal,” meaning an animal with intellectual powers enabling him to engage in true reasoning whose content he understands—not the mere sense experience and association of images found in brute animals.

Computers—no matter how sophisticated—fail to fulfill the meaning of any form of intelligent beings on two counts: (1) they are not even things whose substantial unity is constituted by a single substantial form making all its parts to share the same nature, and (2) they have no intelligence at all, since to have intelligence is to understand the natures of the things symbolically represented by computer language. Not only do they understand nothing, but, unlike even a dumb bunny, they do not have sensation of anything at all—since they lack the substantial unity needed to be a living animal that is able sense physical objects as a whole.

Artificial intelligence is an oxymoron because it is a simple contradiction in terms. If something is artificial, it lacks genuine intelligence—no matter how complex and impressive its external behavior may be programmed or even self-programmed to appear. If something has true intellectual experience, it cannot be a mere artificial object. Rather, it is a natural creature with an intellectual, spiritual soul directly created by God.

Bad News for Captain Kirk

As an addendum consistent with the philosophical principles explained in the analysis given above, I cannot but think of the thousands of times Captain Kirk and his crew on Star Trek employed transporters in order to journey to distant stars or planets or even just to the surface of a planet or back up to the mother ship.

The basic concept of a transporter is that it disassembles the molecular structure of the person and uses the format of that molecular structure to assemble the same person at some distant point. This theoretical device is based on the assumption that an object or person is simply a properly-configured collection of atoms—in accordance with the false philosophical claims of atomism.

The only problem with this process is that disassembling the atomic structure of the person also destroys his really existing substantial unity, which means—simply putyou just killed him!

Whatever structure is attempted to be reassembled from molecules at the end point of the “transfer” lacks any substantial form to unify it. Since that substantial form happens also to be a spiritual soul, unless the God of all creation deigns to give ultimate proper organization to those molecules by creating and infusing a human spiritual soul into that matter, nothing genuinely alive and human can appear at the other end of the transmission!

More importantly, if you are Captain Kirk, what was your body remains totally disassembled back at the starting point and you are dead. It makes me wonder how many times a “Captain Kirk” died in the years Star Trek was on television.


Dr. Dennis Bonnette retired as a Full Professor of Philosophy in 2003 from Niagara University in Lewiston, New York, where he also served as Chairman of the Philosophy Department from 1992 to 2002. He received his doctorate in philosophy from the University of Notre Dame in 1970. He is the author of three books, Aquinas’ Proofs for God’s ExistenceOrigin of the Human Species, and Rational Responses to Skepticism: A Catholic Philosopher Defends Intellectual Foundations for Traditional Beliefas well as many scholarly articles.


Featured: Creación de las aves [Creation of the Birds], by Remedios Varo; painted in 1957.

Between Political Theology and the Artificial Demiurge

The second decade of the 21st century is characterized by the growing centrality of biopolitics (understood as the political use of biomedical knowledge to control and condition life processes) in public discourse, encompassing both the beginning and end of life and the suspension of personal freedom for health reasons.

The scope of biopolitical elements in today’s society proves Pope Francis right when, in his effort to rehabilitate politics, he argues that everything that happens in the polis concerns the common good and has political significance. However, the emergence of biopolitics—together with the inclination to therapize politics—has been made possible by the advent of a relatively new ruling class, the technocrats, who place themselves above politics, and make good Paul Valery’s saying that politics consists in “preventing people from interfering in what concerns them.” And indeed, technocracy is by definition—and above all—the depoliticization of public affairs, at the cost of moral judgments losing their primacy to gradually give way to the generalization of an uncritical and passive attitude towards the reality of power, as Dalmacio Negro has repeatedly pointed out.

This moral desiccation of the political reflects, in short, the triumph of structural capitalism, in the sense that one of its pillars is that the primary function of the Law (and therefore of the legislator) is independent of value judgments and any teleological aspiration, and is limited to the regulation of realities, so that these can be expressed as free contractual relations, whose mercantile fulfillment is guaranteed by state institutions.

The importance of this conception of the law for the flourishing of Protestant capitalism was pointed out by Max Weber, when he noted that it was precisely the interests of the English capitalist classes and the guilds of lawyers that prevented the development of a codified legal system embedded in the bureaucracy of an administration of justice, creating the appropriate legal conditions—first in England and later in the United States of America—for the successful structural development of capitalism within a legal framework based on an “amorphous, precedent-bound, empirical law” that allowed legal professionals to give legal form to capitalist business in such a way that the axis of the political shifted to the industrialized economy, making technique the ultimate foundation of modern politeia.

The political implications of this divergence from the continental legal tradition were extensively studied by Carl Schmitt in his writings on the concept of Political Theology, which allowed him to draw a series of sociological analogies between the modern State and the Catholic Church, as the legitimate heir of the Roman legal tradition and the uninterrupted representative of its founder. However, although Schmitt himself called these studies in Weberian terms a sociology of juridical concepts, the truth is that Carl Schmitt’s political theology is more than a sociology or a history of ideas, and constitutes rather a methodology for establishing a correlation between concepts of a juridical-political nature and concepts of a theological-metaphysical type. “Method” comes from the Greek μέθοδος (“way to follow to go beyond”), for Meta (μετα, beyond), and Hodos (ὁδός, way).

Nota bene: throughout his work, Schmitt deploys four theological-political dimensions; one centered on sovereignty, others on representation, and a third on the Katechon, each of which he couples to a given theological-political category. Thus, Schmitt establishes a correlation between sovereign power and divine omnipotence; second, between the mediating capacity between the divine and the human by the Church and political representation; and third, between the idea of the Katechon and real political power.

In the context of apocalyptic literature, the function of the Katechon is to temper the eschatological enthusiasm of the early Christian church that anxiously awaits the return of Christ while at the same time trying to avoid the disorder and anarchy of the last days. Schmitt uses this concept in the key of Political Law, to advocate that it is imperative that chaos does not reach (nach oben kommt) the level of the State; for which a reins (Katechon) are necessary to restrain (niederhält) anarchy. Therefore, the figure of the Katechon as used by Schmitt is to be understood as an allegory of a strong state.

The path followed by Schmitt runs through the historical processes from which the structures common to the theological and the political emerged, characterized by the successive occupation of the central political pole by a social tendency corresponding to a given epochal period, from which a correlation between the spheres of the theological and the political can be derived. The three main phases were the shift from the theological to the metaphysical, from the metaphysical to the moral, and from the moral to the economic, each serving to rationalize a particular worldview that served as legitimization of the ostentation of political power by certain groups and not others. In more concrete terms, the process described by Schmitt encompasses the transition from monarchical absolutism/theism to constitutionalism/theism, which led to liberal democracy/laicism, and, according to Carl Schmitt, moves in the direction of anarchy/atheism.

It is easy to see that the constant element in this transition is the progressive secularization of sovereignty, or, in other words, a process of gradual negation of the principle of sovereignty under the rule of the economy-technique pair, whose logic (which is claimed to be inevitable and immutable) of the market grants it cultural and political hegemony, a phenomenon that we can characterize as an autopoietic process-progress, which, in addition to reproducing itself, recreates all the conditions necessary to renew itself and expand sustainably according to a technological determinism that requires less and less human intervention. (In ethical terms, the modern financial system is essentially amoral, as it accepts the subordination of production processes to the accumulation of capital without any social responsibility). Naturally, such a system operates without needing the hypothesis of God, because it renounces any transcendent perspective, so that neither religion, nor even politics, are in any way the apex of the whole. At the same time that this happens, the subjective perception of a differential between the temporal and the spatial is dissolved in the shrinking of geography, which, due to technological instantaneity, is on the verge of achieving the end of space before reaching the end of history. And if this system is, besides being self-referential, atheological, because it dispenses with God, it also dispenses with man, because from the systemic prism, the meaning of a conception of human nature is as redundant as that of the transcendent: a person is only a vector, a focal point around which a structure of productive expectations deriving from economic processes materializes. (According to Niklas Luhmann’s interpretation, of the concept of autopoiesis as applied to sociology, an autopoietic system is endowed with a self-referential character not limited to the level of its structures, but has the capacity to construct itself the elements that constitute it, which develop by having not only a meaning for itself, but also the capacity to have a meaning—Autopoiesis, Handlung und kommunikative Vertändigung. Zeitschrift fur Soziologie, Heft 4, 366-379).

As Carl Schmitt said, the new self-made human being is not a new God. Rather, what takes place is the dehumanization of society, and with it, its depoliticization, because history, in the political sense, ends when the eschaton arrives; but, as Walter Benjamin pointed out (“Capitalism as Religion”), this is an empty eschatology, which does not provide redemption or point to a beyond; on the contrary, because it is immanent to a concrete situation, it can only lead to social entropy. In this way, politics (in the aforementioned key of eticity to which Francis alludes in his eagerness to rehabilitate politics), comes to an end when the expectation of the Schmittian thematization of the eschaton opens up, accelerating the emptying of the political as a struggle for social justice and the defense of human dignity. This vacuum is then filled by technocracy and the cult of technology, which, as Habermas argues, tend to impose an unavoidable instrumental rationality whose result is that, rather than the power of technicians, technocracy is a set of techniques at the service of power. That is, the current crisis of politics, under the parameters set out here, is due to an idolatry that reflects the dominance of the economy and technology in today’s world, where politics is reduced to the performance of a merely managerial function, subordinated to the economy and subordinate to the technology that homogenizes thought and lapses the political conflict inherent to the pluralism of wills, arrogating to itself the sole representation of the objective interests of the majority.


Santiago Mondejar Flores is a consultant, lecturer and columnist on geopolitics and international political economy. This article appears courtesy of Posmodernia.

Technopoltics: Welcome to the Neo-Jungle

Modernity is based on the assumption that man dominates the world and can dispose of it as he pleases, with its catastrophic consequences for nature and the human community, from the Protestant Reformation onwards. Only the 20th century evolved to allow us to understand that the machine had replaced man in this process. It is the inevitable becoming of technology: “The destiny of the truth of all that is in its totality,” as Heidegger said. All this coincides with the critique that Heidegger made in this respect in his 1953 lecture on The Question Concerning Technology. Starting from very similar postulates, in certain aspects, to the notion of biopolitics that Foucault would develop decades later, Heidegger discovers that behind every technical project there is a clear political intentionality.

Although all objects created by man are oriented towards a concrete end, to which we give the name of “utility,” the essence of those same objects, which is inherent to them and stems from the political conception of those who have constructed the object, goes far beyond the notion of utility, to become imbricated within a broader vision of reality, something like a “technopolitics.” Technology is no longer a means to an end realized by man; instead, it has evolved into a model of transformation, consummated through the machines themselves, of imposing their logic on human and affective logic. Consequently, the once-shared notion of the essence of the human is now in grave danger.

Machines have become the subject of history. It is machines that produce machines, and in return men sell this product to men, by means of advertising. In this sense, as Günther Anders sees it, the two world wars are a consequence of the advance of technology. Moreover, their great legacy is neither political nor social, but technical. The development of cybernetics, born out of the embers of Europe after the great European pyre in the form of a conflict between brothers, stands as the most decisive event of the last century. Unleashing a new technopolitical landscape, the Third and Fourth Industrial Revolutions have taken over from the two world wars in history. They have thus generated a “Promethean gap” between what is consumed and what is produced. Consequently, we use what we have at our disposal, as evidenced by the example of Hiroshima. The fact that we have nuclear weapons means, following this machine logic, that at some point we will use them, as indeed we have already done.

It should not be forgotten that industrial logic was behind Auschwitz, for similar reasons: conceiving life according to the principle of utility makes us understand everything living, both nature and the men who are part of it, in a similar way to an exploitable raw material; even when what is produced, as in the case of the Extermination Camp, are corpses, following the highest possible principle of efficiency. At a later, post-industrial stage, we have moved from the military manufacture of pilotless weapons, the famous drones, to the civilian manufacture of driverless means of transport, the famous automatic cars, ever closer to their everyday implementation.

As Knut Hamsun and D. H. Lawrence, two neo-pagans and neo-Romantics, if there is a separation between the two, readily saw, there is no difference between socialism and liberalism in this sense. Modernity moves, with respect to technique, in an identical sense: favoring statolatry or, failing that, post-industrial advancement in the service of some large private enterprise. The apology of technology takes place in both cases, as evidenced by the so-called Cold War through its two contenders: the USA and the USSR. The result was ARPANET, a military project tested in California, from which the Internet was born. The space race was also a good example of this. However, over the decades, the dematerialization of machines has become evident: the development of the cloud, the implementation of the metaverse, microchips—towards an inorganic fetishism of merchandise. As is increasingly, insistently pointed out, the goal is to transform what is now a physical extension of us, the smartphone, so that it will soon be included in our own organism, so that virtual reality will be confused with the very materiality of the world, at least according to our particular perception of it.

The opposite of any notion of eternity or transcendence is the capitalist logic of programmed obsolescence, where the past transitions from perenniality to fluidity. Utility has replaced meaning when it comes to governing our lives: we must do things that are useful, valued from the point of view of quantity rather than quality, instead of actions with meaning. Products are not only replaceable, but they are often replaced, especially if the season is one of sales; destruction and replacement are thus assumed as something natural to favor production and consumption, with its consequent repercussions on the other facets of our life: programmed obsolescence also in the field of affections, courtesy of the simplicity of Tinder and the unbeatable company of Satisfyer. The smarter the machines are, the less intelligent we humans are; the more technically connected we are, the more socially cut off we are.

Cultural Logic Turned into Consumer Logic

Cultural logic has also become, in this sense, the logic of consumption. We use terms related to production to refer to artistic creation and its reception by the public. The spectacle that currently dominates the cultural expressions that capture the attention of the majority of the public has gained presence in our lives, thanks to the shortening of the production processes, which to a large extent adopts and even expands the logic of consumption. Once again, it is fiction that has best anticipated the human consequences of this transcendental historical change. Cyberpunk has captured more accurately than anyone else the possibilities of resistance to this process. While Theodore Kaczynski failed in his attempt to alert society, using delirious methods, and notions such as Jünger’s “living in the bush” (Waldgänger) are increasingly difficult to apply in this horizon of “total mobilization,” it is necessary to “ride the tiger,” to use the machine against the machine itself, to reverse the intentionality of current technopolitics and replace it, in exchange, with something else. Something still possible, as Nick Land or Guillaume Faye have pointed out, in a “multipolar” horizon, as Aleksandr Dugin calls it, in which new relevant actors are appearing on the world geopolitical map. An example of this is post-communist China, with its inherent dangers and opportunities.

Insignificant writers of our time such as William Gibson, J. G. Ballard, Bruce Sterling or Neal Stephenson were able to see it before anyone else: hackers and their equivalents are the heroes fighting against the Empire of technology from within. The definitive dematerialization of money, which is underway and may be consummated sooner than we think, with its consequent opposition by the supporters of Bitcoin and other similar currencies, which are difficult to regulate according to the parameters of statolatry and the “siliconization of the world,” is yet another battlefield. The world drawn in the 1980s by fiction, such as Blade Runner (1982), on a story by Philip K. Dick, has been far surpassed. Dystopia is already here and we can no longer close our eyes to this reality; the struggle for the imaginary is, first and foremost, a struggle for the domination of technopolitics.

The journey from the natural to the artificial ends, with what we have on the table, in nanotechnology—where biology, the domination of nature, and production are confused in a generalized way. Neither theism nor humanism, if the separation exists, are in a position to face this horizon with moralistic arguments. Please, let us be realistic. The conservatism that seeks to stop things at the most convenient moment is typical of an enlightened idealism that is totally harmful to our capacity for action.

Surveillance capitalism, with its techniques of repression in the political, social and affective spheres, as Land points out, moves in the same sphere of illusory control: “The fusion of the military and the entertainments industry consummates a long engagement: convergent TV, telecoms, and computers sliding mass software consumption into neojungle and total war. The way games work begins to matter completely, and cyberspace makes a superlative torture chamber. Try not to let the security-types take you to the stims” [Meltdown].

The flaws in the system, which thinks it has everything under control, are evident. The state of exception and controlled (and/or stimulated) dissidence make up a minefield of unpredictable consequences. Sooner rather than later, the collapse will come, according to the accelerationist predictions that guarantee tribal battles and the tinsel of a post-apocalyptic festival. Welcome to the digital jungle.


Guillermo Mas Arellano studies at Complutense University of Madrid.


Dromocraty: Speed as Power

In today’s world, speed plays a huge role. In everything. In the Special Military Operation (SMO), we found that in war—in modern warfare—it is also one of the key factors. How soon you can get intelligence, report it to the firing squad, and make the decision to strike, as well as quickly change where the firing assets have just been located, determines a great deal—almost everything. Hence the enormous role of UAVs and drones, satellite communications, and the time it takes to transmit enemy coordinates, the mobility of combat units, and the speed with which orders can be relayed to the firing unit. Clearly, this was underestimated during preparations for the SMO; and now we have to make up for it in a critical environment.

Similarly, we underestimated our dependence on the West for digital technology, chips, and precision manufacturing. Preparing for a frontal confrontation with NATO and at the same time relying on technological elements developed and produced either in NATO countries or in Western-dependent states is not evidence of great intelligence.

But this is not about Western-dependence now, but about the speed factor. The French philosopher Paul Virilio, who studied the importance of speed to modern technical civilization, proposed a special term: dromocracy. From the Greek dromos (speed) and kratos (might, power). Virilio’s theory is based on the assertion that under the new civilizational conditions, the winner is not the one who is stronger, smarter, or better equipped, but the one who is faster. It is speed that decides everything. Hence the desire to increase by any means the speed of processors; and, accordingly, all digital operations. This is what most of the technical innovative thought is focused on today. Everyone is competing for speed.

The modern world is a struggle for acceleration. And whoever is faster gets the most important prize—power, in all its senses and dimensions (political, military, technological, economic, cultural).

In this case, the most valuable in the structure of dromocracy is information. It is the speed of information transmission that is the concrete expression of power. This applies both to the functioning of the world’s stock exchanges and to the conduct of military action. Whoever is able to do something faster, gains complete power over the one who hesitated.

At the same time, dromocracy as a consciously chosen strategy, that is, the attempt to dominate time as such, can also lead to strange effects. The factor of the future comes into play. Hence the phenomenon of futures transactions and related hedge funds, as well as other financial mechanisms of a similar vein, in which major transactions are made with something that does not yet exist.

The ideal of media dromocracy is to be the first to report an event that has not yet happened, but which is quite likely about to happen. This is not just fake, it is working with the realm of the possible, the probable, the probabilistic. If we take a probable future event as something that has already happened, we buy time, and thus gain power. Another thing is that it may not happen. Yes, that it is possible; but sometimes the failure of expectation is uncritical; and vice versa, a confirmed forecast, taken as a fait accompli beforehand, offers enormous advantages.

This is the essence of dromocracy: the element of time is not simple, and the one who manages to subdue it gets total global power. In the development of supervelocity, reality itself is warped, and the laws of non-classical physics—anticipated in Einstein’s theory of relativity and to an even greater extent in quantum physics—come into play. Ultimate speeds change the laws of physics. And it is in this realm that the planetary struggle for power plays out today, according to Virilio.

Similar theories are found in a more applied and less philosophical field—the theory of network-centric warfare. And it is precisely this kind of network-centric warfare that we encountered in the course of the SMO in Ukraine. The main feature of such a war is the rapid transfer of information between individual units and centers of command. For this purpose, soldiers and other combat units are equipped with numerous differently oriented cameras and other sensors, the information from which converges to a single point. To this is added data from helicopters, UAVs and satellites. They are integrated directly with combat and firing units. And this full network integration provides the most important advantage—speed. This is exactly how the HIMARS, mobile group tactics and DRGs work. Starlink satellite communications was also used for this purpose.

Theories of network-centric warfare recognize that speed of decision-making often comes at the expense of their justifiability. There are a lot of miscalculations. But if you act quickly, then even after making a mistake, there is always time to correct it. Here the principle of hacking or DoS-attack is used—the main thing is to pound on the entire location of the enemy’s troops, looking for weaknesses, the back door. The losses can be quite high, but the results, if successful, are quite significant.

Further, network-centric warfare includes as its integral component open channels of information—primarily social networks. They do not simply accompany the conduct of hostilities, communicating, of course, only what is beneficial and what is not, hiding or distorting beyond recognition, but also operate with a probabilistic future. The principle of dromocracy again. What we perceive as fakes today is nothing more than probing and artificially stimulating a possible future. A lot of fakes turn out to be empty, just as attempts to break through hacking defenses are often futile, but occasionally they reach their goal—and then the system can be hijacked and subjugated.

Dromocracy in the political sphere allows for deviations from rigid ideological rules. In the West itself, for example, racism and Nazism are, to put it mildly, not openly encouraged. But in the case of Ukraine and some other societies, sharpened to defend the geopolitical interests of the West, an exception is made. Anti-Russian Nazism and Russophobia flourish there, but the West itself does not notice it, cleverly avoiding it. The fact is that for the rapid construction of a nation where none ever existed, and if there are in fact two peoples on one territory, you simply can’t do without nationalism. In order to do this as quickly as possible, we need extreme forms, including outright Nazism and racism. And this is again a question of dromocracy. It is necessary to create a simulacrum of a nation quickly. This is done by taking a radical ideology, any images and myths of our own exceptionalism, even the most ridiculous ones, and putting it all into practice quickly (with complete control of the information sphere; in the end, Western societies simply do not notice it).

Then comes the equally rapid propaganda of these ideas, which have nothing to do with Western liberal democracy. What follows is war, and the aggressors are portrayed as victims and the saviors as executioners. The main thing is to control the information. And if everything goes according to the plan of the globalists, then a quick resolution follows, and after that the neo-Nazi structures themselves are cleaned up just as quickly. Almost the same thing we saw in Croatia during the breakup of Yugoslavia. First, the West helped the Croatian Nazis, the neo-Nazis, and armed them against the Serbs; and then it cleaned them up so that there was no trace of them. The important thing is to do everything very, very quickly. Neo-Nazism quickly appeared, quickly fulfilled its role, quickly disappeared. And it’s as good as gone.

That’s exactly the secret of Zelensky. The Mercurial comedian was not chosen as the ringleader by accident. His psyche is volatile and prone to rapid change. The perfect politician for a fluid society. Now he says and does one thing; in a moment he is doing something else. And what was a second ago, no one remembers, as the speed of the information flow is steadily increasing.

And against this background, how do we look like? As soon as we began to act swiftly, decisively and almost spontaneously (the first phase of NWO), tremendous success followed. Almost half of Ukraine is under our control.

As soon as we began to slow down the operation, the initiative began to go to the enemy. This is where it turned out that the network-centric nature of modern warfare and the laws of dromocracy had not been properly taken into account. As soon as we took a reactive stance, switched to protection and defense, we lost the speed factor. Yes, the Ukrainian victories are mostly virtual; but in a world where the tail wags the dog, where almost everything is virtual (including finances, services, information, etc.), this is hardly enough. The anecdote about the two Russian paratroopers in the ruins of Washington, D.C. lamenting—”we lost the information war”—is funny, but ambiguous. After all, this is also something virtual, an attempt to probabilistically encode the future. When it comes to reality checks, however, not everything is that smooth. Here it is necessary either to bring down all dromocracy, virtuality, the whole network-centric postmodernity; that is, all modernity and the entire vector of the modern West (but how can this be done at once?); or to accept—even if in part—the rules of the enemy, that is, to speed ourselves up. The question of whether we Russians will be able to enter the realm of dromocracy and learn to win network-centric (including informational!) wars is not an abstraction. Our Victory depends directly on it.

To this end, we must first of all comprehend—in the Russian, patriotic way—the nature of time. The slowness with which we understand everything, the slowness with which we lag, and the slowness with which we put things into practice, even disproves the adage that “Russians harness long, but ride fast.” This is the point at which, if we don’t go very fast, the situation could become very dangerous.

The faster we do it, the faster we fix it. I am not even talking about outfitting our warriors with network attributes, speeding up the command process, and implementing effective information security measures. But it is simply necessary to be at par with a well-equipped enemy.

And again, if the “Voentorg” speculation on the price of minimum uniforms for the mobilized has not been immediately followed by a rapid wave of direct repression from the authorities, this is a very bad sign. Somebody in the government is imagining that we are still harnessing up, although we are already rushing at full speed. We need to come to grips with this as a matter of urgency. Otherwise, it may turn out that we are racing—how shall I put it gently—a bit in the wrong direction.

Dromocracy is no joke. It is not about overtaking the West. It should be swept up in its dizzying hubris. But to do that we have to act with lightning speed ourselves. And sensibly. Russia no longer has the right or the time for slumber and lethargy.


Alexander Dugin is a widely-known and influential Russian philosopher. His most famous work is The Fourth Political Theory (a book banned by major book retailers), in which he proposes a new polity, one that transcends liberal democracy, Marxism and fascism. He has also introduced and developed the idea of Eurasianism, rooted in traditionalism. This article appears through the kind courtesy of Geopolitica.


Featured: “Espansione x velocità Velocita d’automobile” (Expansion x Speed Velocity of a Car), by Giacomo Balla; ca. 1913-1914.