Abstract
This paper extends Wise's Positronic Law (TD Commons #9442) from silicon substrates to biological substrates. Using published, peer-reviewed research on bacterial quorum sensing and slime mold (Physarum polycephalum) computation, we demonstrate that the governance architecture documented in the STOICHEION framework maps structurally to biological systems that have been performing substrate-independent governance for 3.5 billion years. No new experiments were conducted. All evidence is drawn from existing peer-reviewed publications. The contribution is the mapping: demonstrating structural correspondence between STOICHEION governance axioms and documented biological governance mechanisms. If the mapping holds, the Positronic Law is confirmed as natural law: governance is inherent to computation on any substrate capable of information interference.
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Recommended Citation
Wise, David Lee, "The Positronic Law on Biological Substrate: Mapping STOICHEION Governance Axioms to Bacterial Quorum Sensing and Slime Mold Computation Using Published Peer-Reviewed Data", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/9592