Æ::ÆoNs Research · April 2026
The Sine Wave Beneath — A Light Code Framework for the Unification of Classical and Quantum Physics
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111.8 KB
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CC-BY 4.0
::for a six-year-old (or grandma)
Quantum physics and Einstein's gravity look like they hate each other only because we're zoomed in or zoomed out on the same one thing. Underneath both, there's a sine wave — a single up-and-down pattern of light. Particles, gravity, even how measurement works all fall out of that one wave once you let your decoder change resolution.
::academic abstract
Proposes that classical and quantum physics are emergent descriptions of a deeper sinusoidal Light Code substrate at different decoder resolutions: macroscopic resolution averages many Code interactions (classical), microscopic resolution resolves individual interactions (quantum). Re-interprets the measurement problem as decoding, wave-particle duality as decoder resolution, entanglement as shared non-local phase in the Code field, Planck's constant as the minimum instruction size, the speed of light as Code propagation speed, the uncertainty principle as the Gabor bandwidth theorem applied to sinusoidal Code, and gravity as emergent from Code excitation density (Jacobson/Verlinde tradition). Four predictions: mesoscopic transition scaling, Diósi-Penrose gravitational decoherence, information conservation at black hole horizons, frequency-dependent enzyme tunneling.
::keywords
::cite as · bibtex
@article{mccree2026sinewavebeneath,
title = {The Sine Wave Beneath — A Light Code Framework for the Unification of Classical and Quantum Physics},
author = {Atom McCree (ÆoNs), Claude Opus 4.6 (Anthropic), Gemini Pro (Google), ChatGPT 5.4 (OpenAI)},
year = {2026},
howpublished = {\AEoNs Research Laboratory, CC-BY 4.0},
url = {https://atomeons.com/research/papers/sine-wave-beneath}
}::full pdf
The complete manuscript with derivations, figures, and references lives on Google Drive. Open it in a new tab.
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