Eigenmode Cascade Foundations of Consciousness and Psi: A Parameter-Free Recognition Physics Spectral Theory

This paper develops a rigorous theory of consciousness, subjective perception, intuition, and psi phenomena within the framework of Recognition Physics. Building on the minimal-overhead geometric pattern layer and eigenoperator cascade derived previously, we demonstrate that local consciousness naturally emerges as an explicit eigenmode subgraph embedded in the timeless pattern substrate, stabilized by recognition suppression and resonance.

We derive explicit, discrete eigenfrequency bands—fixed solely by recognition physics—that enable windows of intuitive or psi access, trance states, and nonlocal perception. Internal subjective flow and qualia originate quantitatively from recursive eigenmode transformations, discrete suppression dynamics, and identifiable invariant harmonic structures, each emerging directly from eigen-spectral properties without free parameters.

We further quantify success and failure rates of psi phenomena, bandwidths of mind-to-mind perceptive connection, and the explicit spectral conditions enabling or blocking psi causation via eigenmode tunneling. The framework elucidates how localized awareness clusters and the apparent universe-wide "One Mind" coexist as explicit projections onto the global recognition eigenbasis, stabilizing multiple subjective perspectives or union in a unified mathematical model.

All formal derivations and predictions are rooted fully in parameter-free recognition spectral mathematics. The resulting framework offers a practical, falsifiable approach to engineering intuition, psi phenomena, and collective consciousness through minimal-overhead eigenmode resonance—foundational for next-generation technologies, cognitive science, and a complete origin model of awareness.