Quantum Vacuum Geometry — Self-consistent spectral equation extending Connes-Chamseddine NCG to derive Standard Model parameters from five geometric axioms
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Updated
Mar 25, 2026 - Python
Quantum Vacuum Geometry — Self-consistent spectral equation extending Connes-Chamseddine NCG to derive Standard Model parameters from five geometric axioms
A Dual-Zero Hyperreal Spectral Triple on the Right Conoid with Icosahedral Symmetry — Derivation of Gravity and the Standard Model
Code, data, figures and manuscript for "Crossover from Discrete to Continuous Quantum Geometry: Running Spectral Dimensions, Noncommutative Spectral Triples, and Critical Phase Transitions" (R. Chen, 2026).
GeoVac (the Geometric Vacuum): structurally sparse qubit Hamiltonians from spectral graph theory — O(Q^2.5) Pauli scaling, 51×–1712× vs Gaussian baselines, 38 molecules. Also a discrete almost-commutative spectral triple (Marcolli–van Suijlekom lineage) with proven Gromov–Hausdorff propinquity convergence.
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