In my paper, "Thesis Emergent Universe from Many Unreal World Interpretation
," I propose a novel interpretation of quantum mechanics that addresses the process of entanglement without relying on retro causality or the concept of infinite branching universes, as seen in many-world interpretations.
The key points of my interpretation are:
Dedicated Address in the Event Horizon: Every particle has a unique address in the event horizon, which has its own dedicated spacetime fabric.Entanglement: Entangled particles share the same address (next to each other) in the event horizon. When a measurement is made, the interaction assigns new addresses to the particles, effectively breaking the entanglement. This mechanism explains how entangled particles influence each other instantaneously, even when separated by large distances.Shadow Particles: Particles have shadows (replicas) on other spacetime fabrics corresponding to different addresses.Interaction and Address Reassignment: When a true particle interacts with a shadow particle, they are destroyed and create new particles with new addresses. This process explains the collapse of the wave function and the breaking of entanglement.Wave Function Collapse: The assignment of new addresses during particle interactions provides a mechanism for wave function collapse, giving the illusion of a single reality while multiple underlying realities influence the outcome.This interpretation provides a clear mechanism for understanding entanglement and wave function collapse, explaining phenomena such as particles being in multiple locations simultaneously and Wheeler's delayed choice experiment, all without invoking retro causality or the need for infinite branching universes.
I would appreciate feedback and discussion on whether this approach effectively resolves the entanglement process in quantum mechanics.