Published on Fri Oct 17 2025 19:00:00 GMT-0500 (Central Daylight Time) by Orkid Labs

TL;DR

• Blockchains consume energy to create order: Mining, validation, and consensus are entropy-reduction processes that convert electrical energy into structured data.
• Negentropy = information = profit: Each arbitrage opportunity is a low-entropy state (order) that traders extract as value before it dissipates.
• Landauer’s principle applies: Erasing data (discarding failed transactions) costs energy; validating data (confirming blocks) creates structure at a thermodynamic cost.
• MEV is entropy extraction: Searchers hunt for pockets of low entropy (mispricings) and convert them to profit—literally extracting order from chaos.
• Physics-based detection works: The FMD engine uses thermodynamic principles (TPS, TSS, CPMD) to identify rare, high-profit regimes before they dissipate back to equilibrium.
• This is not metaphor: The mathematics of statistical mechanics, information theory, and blockchain consensus are fundamentally the same.

Introduction: Why Physics Matters for MEV

When most people think about blockchain, they think about cryptography, distributed systems, and economic incentives. But there’s a deeper layer: thermodynamics. Blockchains are physical systems that consume real energy to create real order. Every hash, every validation, every consensus round is a thermodynamic process.

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Written by Orkid Labs