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In line with advances in recent years about realizing cryptographicfunctionalities in an information-theoretically secure way from physicalphenomena and laws, we propose here to obtain useful tasks from the soleassumption of limited free energy. Specifically, based on that assumption --resulting in a setting loosely related to Maurer's bounded-storage model -- wederive protocols for unconditional proofs-of-thermodynamical-work, secretsharing of free energy, unforgeable money, and proofs-of-position. While ourschemes can be considered classical and not quantum per se, they are resistantagainst both classes of adversaries.

Unconditional Proofs-of-Work and Other Possibilities of Thermodynamic Cryptography