Seyons to explain Quantum Wave Function Collapse
Here’s a proposed explanation of wave function collapse in quantum mechanics by using the concept of something called "seyons" - a simple and singular lowest level particle. Seyons are hypothesized pre-spatiotemporal constituents underlying all known particles, fields, and spacetime itself. They have no intrinsic mass, charge, or position; instead, they possess only internal relational states and phases. What we call particles (photons, electrons, etc.) are stable, large-scale configurations of vast numbers of seyons. A photon corresponds to a maximally coherent, phase-locked configuration whose internal dynamics cancel out, yielding zero emergent proper time and enforcing propagation at the speed of light. Massive particles correspond to configurations with non-zero internal reconfiguration rates, giving rise to proper time, rest mass, and localization. Spacetime, causality, and relativistic structure emerge statistically from the collective behavior of seyons rather tha...