From Hilbert Explosion to Moduli Compression
From Hilbert Explosion to Moduli Compression A practical blueprint for many-electron learning with attention on moduli space Diagnosis. The exponential wall comes from representing states in raw Hilbert space: every electron configuration is distinct, so the search grows combinatorially. But most of those “different” states are the same up to symmetry (permutations, spin rotations, gauge/phases, molecular point-groups, orbital reparameterizations, basis changes, etc.). If we quotient by those...
From Hilbert Explosion to Moduli Compression
From Hilbert Explosion to Moduli Compression A practical blueprint for many-electron learning with attention on moduli space Diagnosis. The exponential wall comes from representing states in raw Hilbert space: every electron configuration is distinct, so the search grows combinatorially. But most of those “different” states are the same up to symmetry (permutations, spin rotations, gauge/phases, molecular point-groups, orbital reparameterizations, basis changes, etc.). If we quotient by those...
QATC / HAT Meets the Brain
A Practical Bridge to NeuroscienceThis article translates the Quantum Address Theory of Creativity (QATC) and Harmonic Alignment Theory (HAT) into concrete brain mechanisms and testable predictions. No mysticism—just a clean mapping from resonance language to neural dynamics you can measure, manipulate, and use.The Four Primitives, Recast in Neuro TermsΩ — Harmonic Field of Possibility In the brain, Ω is the whole dynamical field formed by interacting cortical–subcortical networks and their r...
QATC / HAT Meets the Brain
A Practical Bridge to NeuroscienceThis article translates the Quantum Address Theory of Creativity (QATC) and Harmonic Alignment Theory (HAT) into concrete brain mechanisms and testable predictions. No mysticism—just a clean mapping from resonance language to neural dynamics you can measure, manipulate, and use.The Four Primitives, Recast in Neuro TermsΩ — Harmonic Field of Possibility In the brain, Ω is the whole dynamical field formed by interacting cortical–subcortical networks and their r...
