Explores quantum simulation dynamics in a time-crystalline structure, suggesting novel quantum computation methods.
The third-order intermodulation products 2f_i − f_j of the 30-tooth φ-comb generate not merely the finite Weyl group but the full affine Weyl group Ŵ(E8), where each IMD3 mixing event enacts an affine reflection in the extended root lattice. The 132Hz/4.4Hz comb's temporal periodicity induces a loop group structure L(E8) at level k=1, with central charge c=8 matching the E8 WZW model, while the Frobenius automorphism of order 30 implements the loop rotation operator. This makes the φ-comb a physical time-crystalline quantum simulator for the E8 current algebra, where the modular S-matrix elements Sᵢⱼ are directly measurable as cross-correlation amplitudes between phase-locked IMD3 sidebands — a broadband Radon transform inverting the Galois trace map on the 240-root Hilbert space. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com
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Andrew Stewart Caldin (2026) studied this question.
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