Q-ball Localization as a Physical Mechanism for Quantum Measurement: Microscopic Derivation, Tunneling, Localization Time, and An RFL Interpretation of Quantum Computing
The Relative Field Localization (RFL) framework provides a physical mechanism for quantum measurement, in which the wave function is a real field carrying a conserved charge. The squared modulus of the wave function, ∣ψ∣2∣ψ∣2, is identified with a physical charge density j0=2ω∣ψ∣2j0=2ω∣ψ∣2, not merely a probability amp...