Phase Theory for Quantum Superposition Collapse: A Non-Probabilistic Topological Approac

This project presents a non-probabilistic, topologically grounded model for the collapse of quantum superposition, formulated outside of observer-based frameworks. Unlike GRW/CSL-type collapse models or macroscopic quantum theories by Romero-Isart, this model uses SR6-Lφ variables such as Ψ_total, ΔLφ, θ, and Collapse_Point to characterize internal phase discontinuities without invoking decoherence or measurement-induced collapse. The structure is explicitly nonlinear, non-stochastic, and independent of classical causality.