Temporada 1 · Rizomas en Combustión · JVV-T1-03

Cosmic capital: thermodynamics and the market

I Why does money smell of heat?

Stock-market reports never mention temperature, but every red or green figure conceals an exchange of heat: chemical energy burnt in oil wells, photons trapped by solar panels, watts holding up data centres and heartbeats sweating in factories.
The economy —as thermodynamics reminds us— is a dissipative machine: it takes energy gradients (fossil fuel, light, muscle) and degrades them into entropy (waste heat, CO₂, exhausted bodies). Capital is the logic that accelerates that degradation in order to reproduce itself.

Nicholas Georgescu-Roegen denounced it in the seventies: “The economic process does not violate the second law; it exacerbates it”.
Nick Land twisted the idea: “Capital is the second law made flesh; a cosmic engine that uses humanity as a gasket”.

II Three thermodynamic-capitalist axioms

Entropy always collects
Every commodity labelled “clean” drags a history of heat exiled elsewhere. Mining a bitcoin in Iceland saves Chinese electricity… but reheats glaciers with invisible fissures.
The gradient is desire
Wherever the difference in temperature or in price is greatest, the trade route, the pipeline, the submarine cable appears. Desire follows delta-T, not moral dogma.
Capital's time is exponential
The flows feed back: more investment → more extraction → more surplus → more investment. The Keeling curve (CO₂) is the atmospheric shadow of the Nasdaq curve.

III Cosmology of the market

Fossil Era (1750-1970): coal, steam, oil; a doped humanity, bodies as pistons.
Modular Era (1970-2020): chips, containers, supply chains; the heat is hidden in the maquilas of the global South.
Ghost Era (2020-?): AI, crypto, metaverse; the transactions look ethereal, but the servers roar like turbines; the heat spills into data-centreddeserts.

“Cosmic capital” is no spiritual metaphor; it is the recognition that the whole Earth has been recruited as a heat sink. Deserts, oceans, even the upper layers of the atmosphere rented out to radiate surplus heat and emissions.

IV Critiques and counter-engines

Thermogenic eco-socialism – Propose plans that compute energy limits (kWh/inhabitant) and redirect the surpluses into ecosystem restoration.
Green accelerationism – Bet on fusion reactors, direct CO₂ capture and vertical, energetically closed cities. “Accelerate to cool” sounds paradoxical, but the Tokamak reactor promises 500 MW for 50 MW of input.
Climate decoloniality – Point out that the North exports heat and electronic rubbish to the South while preaching carbon neutrality. Demand thermal justice: an equitable share of gradients and dividends.
High-tech minimalism – Hacker house, solar panel, local DAO: cut your personal footprint without giving up the global network. Enough scale? Perhaps not, but the seed of another metric of value is there.

V Manual of caloric navigation

Run the energy audit on your own project: how many kWh per user? With no figure, no policy is possible.
Trace the thermal exile: if your app runs on AWS, where is the data centre? In whose community do its emissions land?
Build in an “entropy dividend”: for every unit of heat generated, fund a local sink (mangrove, cool roofs, a community DAC).
Design with positive friction: sometimes slowing a process down (deferred loading, weekly updates) lowers energy peaks without killing the experience.

VI Inevitable paradoxes

Rebel efficiency – Improving efficiency tends to cut costs → more consumption → a consumption rebound (the Jevons effect).
Moral fusion – If fusion arrived tomorrow, would we abolish extractivism… or multiply it to make even more disposable gadgets?
Asymmetric geoengineering – Stratospheric aerosols could cool the planet… while setting off droughts in regions with no voice.

Thermodynamics offers no happy endings; only entropological budgets. The challenge is to write planetary accounts before the bill arrives as acid oceans and radioactive breezes.

VII Close: poeticising the heat

“If the economy is a fire, it is worth learning to dance near the sparks without burning whole.”

Cosmic capital cannot be switched off with sermons. We can, though, rewire its electrical board: make dirty dissipation expensive, reward the synergy of flows, make every fugitive watt visible.
Perhaps civilisation's next milestone will not be a trip to Mars but a thermal balance in which the net income of heat is lower than what our biosphere can transpire.
Accelerate, yes; but towards a gradient that does not fry the life support. That is the real thermodynamic-political challenge of the twenty-first century.