Quantum Teleportation Simulates Traversable Wormhole on Google Sycamore — E8 Intelligence Research

FINDING: Laboratory traversable wormhole simulated via quantum teleportation protocol on Google Sycamore processor, using SYK model holographic duality. | MATH: SYK model coupling \( J_{ij} \); teleportation fidelity \( F \approx 0.85 \); wormhole transit time \( \tau \propto \beta / \pi \) (inverse temperature); ER=EPR correspondence links entanglement entropy \( S_{AB} \) to Einstein-Rosen bridge length. | CONNECTION: No explicit golden ratio or base-60; however, the SYK model's spectral form factor exhibits ramp-plateau structure with \( \beta = 2\pi \) periodicity, reminiscent of modular symmetry in hyperbolic geometry (AdS₂/CFT₁). The multi-mouth wormhole construction uses fundamental group \( F_2 \) (free group on two generators), which relates to hyperbolic tiling symmetries and the modular group \( PSL(2,\mathbb{Z}) \). | DEPTH: 7 — Direct experimental demonstration of holographic wormhole dynamics, but not traversable in spacetime sense; quantum simulation of gravitational dua Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com