Tensor Entanglement Quantum Holography (TEQH) - Structural Physics as a Projection of Entanglement

Tensor Entanglement Quantum Holography (TEQH) is a parameter-free theoretical framework in which mass, time, and the fundamental interactions arise as projective phenomena from an underlying entangled information space. Physical observables are derived from projection probabilities governed by coherence, interference, entropy, and expansion damping, without the introduction of external coupling constants or tuning parameters. The framework provides structural derivations of particle masses, force layers, and cosmological expansion, and is accompanied by reproducible Python code and data. TEQH is published as a theoretical proposal intended for critical examination and empirical testing, not as an experimentally confirmed theory.