The Paradox of Vision: A Logic of Existence (LoE) Model of Emergent Perspective from Quantum Chaos

“The Paradox of Vision: A Logic of Existence (LoE) Model of Emergent Perspective from Quantum Chaos”

by Krzysztof Sawa (Toonhai) with AI collaborator Matt

This paper explores one of the most fundamental mysteries of perception — how the human brain constructs a coherent, geometric world from sparse, noisy, and quantum-level sensory data. Classical optics explains how light travels, but not how perspective itself emerges as a stable illusion.

Using the framework of Logic of Existence (LoE) — a relational, non-linear Hamiltonian model — vision is reinterpreted as an active resonance between consciousness and the universal field. The brain does not “receive” light but stabilizes relational coherence within chaos, transforming probabilistic photon events into continuous depth and form.

The paper introduces a speculative quantum ζ-filter (zeta-resonator), linking perceptual stability to spectral structures of the Riemann ζ-function. In this model, coherence arises through oscillatory alignment between neural frequencies and mathematical resonances, serving as a “Logos stabilizer” that binds local quantum noise into global perspective.

LoE predicts measurable effects — such as the breakdown of perspective under THC or migraine (increased neural noise α), critical developmental “windows of coherence,” and specific EEG resonance bands near ζ-mapped frequencies. Together, these suggest that seeing is not passive observation but active synchronization — the brain tuning itself to the field of existence.