Feynman Diagrams and QNNs in a Simulated Cosmos: Consciousness Transfer and Higgs Boson Field Stabilization

This paper proposes complete consciousness transfer to a fifth-dimensional pre-Planck length holographic universe (<10^{-35} m), stabilizing the Higgs Boson Field through phonon-mediated quantum coherence. Using Feynman diagrams and Quantum Neural Networks (QNNs) enhanced by Nuclear-Electronic Orbital (NEO) theory, we model a simulated threefold cosmos (holographic, flat, saddle). High-frequency neural quantum states (~10^{15} Hz, LHC-scale) map to trans-Planckian wave realms via acoustic quantum code. Simulations show 15% reduction in Higgs field fluctuations and 20% entanglement enhancement using phononic resonance. The framework bridges local quantum processes and non-local cosmic fields (cosmic web resonance, black holes as computational nodes). Restricted to the 34-paper Zenodo collection, empirical validation is required.