Bioeconomic Thermoregulation via Cryptographic Mining: A Post-Earth Framework for Self-Funding, Self-Heated Lunar Ecosystems

Abstract

This paper introduces a groundbreaking hypothesis for off-Earth survival: using Bitcoin mining not just as a financial protocol, but as a bioeconomic utility layer that powers both thermal regulation and decentralized funding for lunar habitats. By embedding ASIC mining rigs into the physical architecture of a semi-autonomous lunar colony, we create a thermo-financial loop that transforms waste heat into life support and mined coins into a sovereign treasury. Using a reverse-engineered roadmap from 2040+ to present day, the manuscript outlines how current technologies (Artemis, ISRU, 3D printing, DAOs) can evolve into a closed-loop lunar ecosystem that’s self-funding, self-heating, and economically independent of Earth. This is the first proposal to position cryptographic entropy as infrastructure for off-Earth survival—blurring the boundary between computation, economics, and biology. This work redefines survival as a ledger of heat and value—ushering in a new class of post-Earth civilization design.