Æ::ÆoNs Research · April 2026
The Light Code Validation Protocol — DNA Version Control via Biophotonic Gate Logic
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license
CC-BY 4.0
::for a six-year-old (or grandma)
Your DNA is like a giant computer program, and your body has a security guard made of light + tiny electric signals that decides whether each tiny code change gets to stick. Cancer is what happens when a bad code change sneaks past the guard. Getting old is the guard getting tired.
::academic abstract
Formalizes DNA as a version-controlled codebase whose updates require validation by a biophotonic / bioelectric signaling layer — the Light Code. The protocol has three phases: (1) modification proposed (mutation, epigenetic rewrite, recombination, horizontal transfer), (2) compatibility evaluated as a phase-coherence inner product against the local sinusoidal Light Code field, (3) commit or reject. The compatibility threshold is itself a function of the spectral entropy of the bioelectric coordination network — high entropy → stringent gate, low entropy → permissive gate. Cancer is an ungated commit. Aging is gate degradation. Reproduction is gate reset. Four falsifiable predictions are derived.
::keywords
::cite as · bibtex
@article{mccree2026lightcodevalidationprotocol,
title = {The Light Code Validation Protocol — DNA Version Control via Biophotonic Gate Logic},
author = {Atom McCree (ÆoNs), Claude Opus 4.6 (Anthropic)},
year = {2026},
howpublished = {\AEoNs Research Laboratory, CC-BY 4.0},
url = {https://atomeons.com/research/papers/light-code-validation-protocol}
}::full pdf
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