The Thermodynamically Complete Pixelation Theory: Unified Foundations for Quantum Measurement, Spacetime, and Consciousness

This work presents a comprehensive theory where physical reality emerges fromPlanck-scale pixelation of a fundamental information field ψ(x), rigorously demon-strating compatibility with thermodynamics (∆S ≥ 0), electromagnetism (∇·Jpix ≤qℏ/mℓ2P ), and energy conservation (dE/dt = 0). The framework resolves the mea-surement problem through threshold dynamics (|ψ|2 ≥ ψ2c ) while deriving con-sciousness as an emergent information metric (C ∝ S|ψ|2), with all novel predictionsbounded by experimental constraints on β < 10114 J/m3.