{"authors":[],"components":[{"id":"root","name":"root","payload":{"cid":"bafybeihb35hr6luwlqj7q2q5gijsgdzchqaz4ceuhgbewkkl55zazi2nm4","path":"root"},"type":{".pdf":"pdf"}},{"id":"40630dd3-c92a-48f8-aa18-6d65c6693e90","name":"BioeconomicThermoregulationviaCryptographicMining—APost-EarthFrameworkforSelf-Funding,Self-HeatedLunarEcosystems.pdf","type":"pdf","payload":{"cid":"bafkreicpw6mcka3tdansnawrqtvpl43gl62pakmzsa27f4i3y7pv5jlw5e","path":"root/BioeconomicThermoregulationviaCryptographicMining—APost-EarthFrameworkforSelf-Funding,Self-HeatedLunarEcosystems.pdf","title":"Manuscript"},"starred":true,"subtype":"manuscript"}],"defaultLicense":"CC BY","researchFields":["Search for Extraterrestrial Life and Intelligence","Gaia Hypothesis and Earth Systems Science"],"title":"Bioeconomic Thermoregulation via Cryptographic Mining: A Post-Earth Framework for Self-Funding, Self-Heated Lunar Ecosystems\n","version":"desci-nodes-0.2.0","description":"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.\n\nUsing 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.\n\nThis work redefines survival as a ledger of heat and value—ushering in a new class of post-Earth civilization design.","references":[],"keywords":["biosphere","computer science","environmental science","inefficiency","environmental resource management","environmental economics","ecology","economics","biology","microeconomics"]}