QSOL–RFCP: A Formal Resonance–Information Framework for Consciousness
QSOL–RFCP: A Formal Resonance–Information Framework for Consciousness
A mathematically structured reformulation of the Resonance Frequency Coding Principle (RFCP), introducing a qutrit-valued consciousness field, a resonance-stability Lagrangian, formal cross-scale transfer operators, and a computable resonance bandwidth functional.The framework replaces metaphorical or narrative elements of RFCP with explicit, physically coherent formulations appropriate for simulation, empirical testing, and integration with information geometry and resonance physics.This document establishes QSOL–RFCP as a unified, experimentally approachable model compatible with modern neuroscience, quantum information theory, and computational resonance systems.
consciousness, resonance, information theory, qutrits, cognitive physics, RFCP, unified model, computational neuroscience, operator theory, field theory, QSOL
consciousness, resonance, information theory, qutrits, cognitive physics, RFCP, unified model, computational neuroscience, operator theory, field theory, QSOL
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