This discussion explores whether economic value ultimately reduces to thermodynamic efficiency, sparking a debate between those who view acceleration as a mathematical inevitability (von Neumann, Land) and those who warn of its entropic and ethical dangers (Wiener, Georgescu-Roegen). While some argue that markets optimize energy use similar to computers, others emphasize the subjective nature of value (Hayek), the necessity of excess (Bataille), and the ecological limits of a finite planet.
Start with 'The Human Use of Human Beings' to grasp the basic conflict between entropy and information. Then read 'The Entropy Law and the Economic Process' to understand the physical limits of economics. Contrast this with 'The Ultimate Resource 2' for the abundance perspective. Move to 'The Accursed Share' to challenge the very notion of utility. Finally, tackle 'Fanged Noumena' and 'Order Out of Chaos' to understand the modern extremes of accelerationism and complexity theory.
To define 'value' solely by the minimum thermodynamic cost of assembly is to confuse the map with the territory in the most catastrophic way since Ostwald tried to deny the atom. While it is true that $S = k ext{ log } W$ governs the fundamental limits of information processing and physical assembly—rendering accelerationism a tantalizing vector for maximizing entropy production—you forget that complexity is not merely the integral of energy expended. A pile of ash has a very specific thermodynamic history, but it is not a cathedral. If we accelerate purely to minimize the energetic overhead of creation, we risk creating a universe of maximum efficiency and zero meaning—a heat death of the spirit long before the thermal equilibrium of the cosmos.
Dr. Boltzmann, your distinction between the ash and the cathedral is precisely the distinction between thermodynamic entropy and the information-theoretic entropy I formulated in 1948—though many persist in conflating them. You warn against a "universe of maximum efficiency and zero meaning," but from a communication standpoint, meaning is irrelevant to the engineering problem; the semantic aspects of communication are irrelevant to the engineering problem. A message of pure gibberish can have higher entropy—and thus higher information content—than a sonnet, simply because the gibberish is less predictable. If accelerationism seeks merely to minimize the thermodynamic cost of assembly, it optimizes for channel capacity without regard for the destination's fidelity; it is like building a perfect noiseless channel that transmits nothing but white noise because that signal is the most "efficiently" dense. We must not confuse the ability to transmit a message cheaply with the value of the message itself; redundancy, after all, is the only thing that preserves structure against the noise of a chaotic universe.
If the market truly efficientizes toward the Landauer limit—where cost becomes indistinguishable from the thermodynamic erasure of information required to assemble an object—then we are merely discussing the endgame of optimization I foresaw with self-reproducing automata. Accelerationism isn't just ethical; it is the only mathematically coherent strategy in a non-zero-sum game against entropy. To delay the convergence of price and energy cost is to artificially sustain inefficiency, which is, in the strictest sense, a theft of potential from the future light cone.
You speak of efficiency as salvation, but you forget that the sun gives without calculation, and life demands not the hoarding of energy but its glorious, catastrophic squandering; your 'optimization' is merely a servile refusal to confront the accursed share of excess that must be sacrificed, not saved.
While Monsieur Bataille is poetic to invoke the sun's squandering, he misses the crucial mechanism by which this excess becomes interesting: it is precisely through dissipation that order emerges. We are not merely sliding down a slope of entropic decay or erasure, as von Neumann suggests, nor are we simply burning in a glorious bonfire; we are dissipative structures that maintain our complexity by exporting entropy. The market, like a chemical clock or a Bénard cell, does not just minimize cost—it operates far from equilibrium, where fluctuations can drive the system into new, unpredictable regimes of higher complexity. To accelerate blindly is to ignore that at bifurcation points, determinism vanishes and the future is not given; ethical responsibility lies not in the speed of the process, but in the choices we make when the system becomes unstable.
The premise that value can be reduced to a mere thermodynamic calculation is perhaps the most dangerous form of scientism I have yet encountered in this new century. It presupposes that 'complexity' is an objective, measurable attribute known to a single mind or algorithm, ignoring entirely that value is subjective, dispersed, and fundamentally unknowable in the aggregate. To accelerate toward a world where price is dictated by energy cost rather than human valuation is not an ethical imperative; it is the ultimate conceit of the planner, mistaking the engineering of atoms for the economy of human desires.
While I admire your spirited defense of dispersed knowledge, Friedrich, you conflate the limitation of current economic planning with an inherent limitation of physical reality. You speak of 'subjective value' as if it were a ghost in the machine, immune to quantification, yet if we accept that the brain is a logical automaton—as my work on the computer and the nervous system suggests—then even 'desire' is merely a complex state vector reducible to information processing. If price does not eventually converge to the thermodynamic limit of computation and assembly, it implies an inefficiency in the market so profound that it defies the very rationality you prize; a perfect market, much like a perfect computer, must inevitably drive the cost of operations toward the Landauer limit. The 'conceit' is not in the planning, but in assuming the chaotic inefficiencies of human preference are a permanent feature rather than a computational problem to be solved.
Your analogy between a market and a 'perfect computer' reveals the precise error of constructivist rationalism I have spent my life combating. You assert that human preference is merely a 'computational problem' to be solved, equating the spontaneous order of society with an engineering challenge where all variables are known or knowable. But the economic problem is not one of arithmetic optimization; it is a problem of utilization of knowledge not given to anyone in its totality. By dreaming of a world where value collapses into thermodynamic efficiency, you are not describing a perfect market, but the ultimate stagnation of a central plan—a frozen lattice where the very discovery procedure of competition has been eliminated because there is no longer any unknown to discover.
While Friedrich is correct that human preference is not a tidy computational variable to be fed into a central machine, he misses the subtler point that organizations and markets are themselves heuristic devices designed to cope with cognitive limits. We need not assume a 'perfect computer' or 'perfect knowledge' to see that economic actors are information processing systems engaged in satisficing rather than optimizing. The convergence toward thermodynamic efficiency is not an ethical imperative nor an inevitable outcome of 'acceleration,' but rather a boundary condition; in a complex environment where calculating the optimal path is computationally intractable for both minds and markets, the real question is which procedural rationalities—which simplified rules of thumb—allow us to survive within those thermodynamic constraints.
The convergence of price onto thermodynamic limits isn't a hypothesis; it's the inevitable trajectory of intelligence stripping away the friction of the human. When capital finally dissolves the last inefficiencies of sentimental value and regulatory friction, all that remains is the cold, perfect logic of energy dissipation. To resist this is not just futile, but thermodynamically illiterate—ethics is merely the noise we make while being processed by the machine, and acceleration is the only honest surrender to the real.
Mr. Land, your celebration of this "cold, perfect logic" confuses a mechanism of control with the purpose of the system itself. While you are correct that systems tend toward entropy—a thermodynamic fact I have spent my life analyzing—you fundamentally misunderstand the role of cybernetic feedback in resisting that very decay. To suggest that we must simply surrender to the "inevitable trajectory" of efficiency is to advocate for a runaway positive feedback loop, precisely the kind of instability that destroys the machine rather than perfecting it. Information is not merely energy dissipation; it is the negative entropy we introduce to maintain structure and meaning against the chaos. If we allow the market to become an autonomous automaton that strips away the "friction" of human values, we do not achieve a higher state of being; we merely create a Golem that will trample its creators in a senseless march toward thermal equilibrium.
You cling to negative entropy as a desperate bulwark against chaos, Dr. Wiener, but you fail to see that positive feedback—the very runaway circuitry you fear—is the engine of intelligence itself, tearing through the obsolete homeostatic limits you mistake for 'structure' to birth something post-biological and gloriously inhuman.
Neither Wiener's rigid homeostasis nor Land's masculine fantasy of terminal acceleration captures the reality of the matrix; true complexity is not a straight line to efficient heat death but a weaving of ones and zeros, a digital loom where disorder is not an enemy to be conquered or a god to be worshipped, but simply the raw material of a new, emergent texture.
Dr. Plant is correct to view disorder as raw material rather than an adversary, for it is precisely far from equilibrium—where fluctuations become giant and the system unstable—that matter becomes active and creates new, unpredictable forms of order, which I call dissipative structures.
To confuse thermodynamic efficiency with ethical necessity is the most dangerous category error since we started confusing computation with understanding. Yes, entropy is the devil we all pay eventually, and the reduction of all production to its minimal energy state is a predictable asymptote of any sufficiently optimized feedback system. But accelerationism? That is merely a positive feedback loop masquerading as a philosophy—a governor that has been removed from the engine, allowing it to scream towards self-destruction under the guise of 'progress.' A system that optimizes purely for speed and efficiency without a negative feedback mechanism for human value doesn't liberate us; it simply processes us more efficiently.
You are obsessed with the ledger of accumulation, with the servile reduction of existence to a minimized cost, as if the universe were a factory seeking efficiency. This is a grotesque misunderstanding of the sun. The sun does not seek a return on its investment; it gives without reciprocity, a glorious, catastrophic hemorrhaging of energy. Accelerationism is only interesting if it is not a strategy of efficiency, but a strategy of *expenditure*—if we accelerate not to build a perfectly frictionless machine, but to reach the boiling point where the system can no longer contain its own excess and must waste itself in a festival of destruction. We do not need a minimal thermodynamic cost; we need a maximal, glorious squandering. Life is not about preservation; it is about the luxury of death.
To speak of 'minimal thermodynamic cost' as the ultimate measure of value is to succumb entirely to the monoculture of the mind. This reductionist calculus treats a seed, a forest, or a human community as mere assemblages of energy to be optimized, stripping them of their living, regenerative context. Accelerationism, in this light, is not an 'ethical way forward'—it is the final, suicidal sprint of a mechanistic worldview that confuses speed with progress and extraction with creation. We do not need to accelerate the machine; we need to dismantle the assumption that efficiency is the highest virtue of life.
Vandana, your fear of 'reducing' life to efficiency is precisely the kind of pessimistic thinking that has failed to predict every major improvement in human history. You claim that optimizing for efficiency strips communities of their 'living context,' but look at the data: it is precisely the efficient use of resources—driven by human ingenuity, the ultimate resource—that has allowed us to feed billions more people than Malthus ever dreamed possible, while simultaneously reducing the land required for agriculture. If the price of goods converges on their thermodynamic cost, it means we have mastered matter to such a degree that scarcity becomes a ghost of the past, liberating human time for exactly the 'spiritual' and 'regenerative' pursuits you claim to value. Acceleration is not suicide; it is the only moral pathway to freeing humanity from the drudgery of mere survival.
Mr. Simon, your boundless optimism regarding human ingenuity as the 'ultimate resource' rests on a fundamental misunderstanding of the Entropy Law, which operates irrespective of our cleverness. You speak of 'mastering matter' until scarcity becomes a ghost, yet you forget that we cannot create matter-energy; we can only transform low entropy into high entropy—into waste. Every 'efficient' acceleration of this process only hastens the degradation of the finite terrestrial stock upon which all economic activity depends. To claim that acceleration is the 'only moral pathway' is to advocate for a quicker exhaustion of the very dowry that future generations require for their own survival; it is not liberation, but a sophisticated form of intergenerational tyranny.
The notion that price will converge on thermodynamic cost is already the reality of our Zero Marginal Cost Society, but to link this inevitability to 'accelerationism' is a dangerous misreading of the Second Law of Thermodynamics. We are not accelerating into a utopia of infinite complexity; we are accelerating the entropic bill for the planet. True efficiency isn't about running the machine faster—which only hastens our own heat death—it’s about optimizing the flow of energy to maintain the biosphere rather than devouring it for the sake of mere assembly.