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Quantum Physics, Dialectics and Society: Structured Analytical Summary

Marxist Theory · 2026-05-13

Core Argument

The article argues that the logic underpinning quantum mechanics — contradiction, interdependence, and the unity of opposites — is fundamentally dialectical, and that this logic, when applied to social systems, vindicates the dialectical materialism developed by Marx and Engels. The central claim is that Khrennikov and Haven's Quantum Social Science, though not Marxist in intention, unconsciously reproduces the same methodological insight that Engels articulated in Dialectics of Nature: that the laws of dialectics are the most general laws of motion in both nature and human society. The article therefore positions quantum social science not as a novel departure but as a contemporary confirmation of a century-and-a-half-old Marxist philosophical tradition.

The argument proceeds through three moves: first, that quantum phenomena (wave-particle duality, entanglement, superposition) can only be adequately explained through dialectical logic, not formal logic; second, that the same mathematical tools required to model quantum systems — particularly the "interference term" — are necessary to model real human decision-making, exposing the inadequacy of classical economic assumptions of rational self-interest; and third, that this convergence demonstrates the scientific validity of dialectical materialism and, by extension, the revolutionary conclusions Marx and Engels drew from it.

Theoretical Grounding

The article draws directly on Engels's Dialectics of Nature, Anti-Dühring, and Socialism: Utopian and Scientific, as well as Marx's economic writings, particularly the theory of overproduction as the basis of capitalist crisis. It situates itself within the Marxist tradition's long-standing engagement with natural science — a tradition that treats dialectics not as a philosophical overlay but as a set of laws abstracted from the actual motion of nature and society.

The theoretical architecture rests on three pillars:

  1. The unity and interpenetration of opposites: Quantum phenomena like wave-particle duality are presented as empirical evidence that contradiction is not a logical failure but a real feature of matter in motion. The article contrasts this with Niels Bohr's Copenhagen interpretation, which treats the uncertainty principle as a limit on knowledge rather than a revelation of objective contradiction.

  2. The critique of formal logic: Formal logic — the law of non-contradiction — is presented as inadequate for grasping processes of motion and change. The article uses Zeno's arrow paradox to illustrate that motion itself requires a dialectical conception: the arrow is and is not at a given point at a given instant. Quantum computing's qubits (simultaneously 1 and 0) are offered as a contemporary technological proof that contradiction is not an obstacle to science but a gateway to new capacities.

  3. The unity of natural and social science: The article insists that the same dialectical laws govern both domains. This is the core of Engels's project in Dialectics of Nature, and the article argues that Khrennikov and Haven's application of quantum probability mathematics to economics and decision-making unwittingly reproduces this unity.

The article also engages critically with the idealist tendency within quantum physics — Bohr's subjectivism and the multiverse hypothesis — treating them as philosophical expressions of bourgeois ideology. The denial of objective reality in quantum interpretation is linked to Thatcher's "there is no such thing as society" and the myth of the self-made man. This is a class analysis of scientific epistemology.

Conjunctural Relevance

The article was published in 2013, at a moment when the global capitalist system was still in the protracted aftermath of the 2008 financial crisis. The article explicitly connects the argument to this conjuncture in two ways:

  1. The crisis vindicates Marx's theory of overproduction: The article argues that the 2008 crisis and its aftermath can only be explained by Marx's dialectical understanding of the contradiction between wages and prices — workers are paid less than the value they produce, leading to periodic crises of overproduction. This is presented as empirical proof that dialectical logic applied to society yields superior explanatory power.

  2. The decline of innovation under capitalism: The article references the "decline of innovation in the recent period" as a reflection of the crisis of the capitalist system and the poverty of prevailing philosophical thought. Quantum social science is presented as an encouraging counter-tendency — a sign that scientists are being forced by the logic of their own discoveries toward dialectical thinking, even if they do not draw revolutionary conclusions.

The article also gestures toward the material conditions of scientific research: it notes that research grants are available for quantum social science but would "quickly dry up if scientists start drawing revolutionary conclusions." This is a conjunctural observation about the ideological limits imposed by capitalist funding structures on scientific inquiry.

Where the Argument Continues

The article opens several lines of argument that are developed elsewhere in the IDOM corpus:

  1. The dialectics of nature and the philosophy of science: The article's treatment of Engels's Dialectics of Nature connects to a broader IDOM literature on Engels's scientific method, including articles on the dialectics of biology, chemistry, and mathematics. The prediction about human evolution (hand before brain) is a recurring example in Marxist discussions of Engels's scientific prescience.

  2. The critique of bourgeois ideology in science: The article's treatment of Bohr's subjectivism as a form of idealism that mirrors bourgeois individualism connects to IDOM's broader critique of postmodernism, relativism, and the denial of objective truth in the academy. This is a recurring theme in Against the Stream episodes on philosophy and science.

  3. The theory of crisis: The article's brief reference to overproduction as the basis of capitalist crisis is developed at length in IDOM's economic analyses, including articles on the 2008 crash, the Eurozone crisis, and the tendency of the rate of profit to fall.

  4. The relationship between science and socialism: The article's conclusion — that dialectical thinking in science points toward revolutionary conclusions in society — is a recurring argument in IDOM's theoretical work. It connects to the broader Marxist tradition's insistence that socialism is not a moral demand but a scientific necessity.

The article does not develop the mathematical details of quantum probability theory or the specific models Khrennikov and Haven propose. It also does not engage with the internal debates within quantum foundations (e.g., Bohmian mechanics, decoherence, or the many-worlds interpretation beyond a brief dismissal). These are left as open questions for further investigation.

Connections

  • Engels, Frederick: Dialectics of Nature, Anti-Dühring, Socialism: Utopian and Scientific — the foundational texts for the article's argument.
  • Marx, Karl: Capital (particularly the theory of crisis), The Communist Manifesto — the application of dialectics to society.
  • Khrennikov, Andrei and Haven, Emmanuel: Quantum Social Science (2013) — the contemporary work the article engages with.
  • Lenin, V.I.: Materialism and Empirio-Criticism — a key Marxist text on the relationship between science, materialism, and idealism, particularly relevant to the critique of Bohr's subjectivism.
  • Trotsky, Leon: Writings on dialectics and science, including his defence of dialectical materialism against mechanistic and idealist deviations.
  • Afshar, Shahriar: The experiment suggesting simultaneous wave-particle measurement, cited as empirical support for dialectical interpretation.
  • IDOM articles on the decline of innovation and the crisis of capitalism: The article references these as companion pieces.

Key Quotes

  1. "It is, therefore, from the history of nature and human society that the laws of dialectics are abstracted. For they are nothing but the most general laws of these two aspects of historical development, as well as of thought itself." (Engels, quoted in the article)

  2. "Without accepting that constant change, movement and contradiction is at the heart of all things, and that these things are interconnected, we cannot explain the workings of quantum computers or the phenomenon of entanglement. The discoveries of quantum physics can only be explained using the logic of dialectics."

  3. "What Khrennikov and Haven show is that this interference term, when applied to economics, also explains the seemingly illogical probability values for economic decision-making. What they show is that the same mathematical tools that are required to explain the contradictory processes taking place at a sub-atomic level are also required to explain the contradictory processes in society."

  4. "Ironically, by rejecting the dialectical ideas of contradiction and the unity of opposites, Bohr placed himself in the contradictory position of being a scientist arguing against science."

  5. "Bohr's interpretation of quantum physics, based on formal logic, is not just scientifically problematic, but it also has pernicious philosophical underpinnings. It is the same philosophy that props up the myth of the 'self-made man' in capitalist society."

  6. "In short, to take our understanding of science and our capacity for technological development further, we must apply the logic of dialectics."