Stationary Time Asymmetry via Synthetic Gravity in Slow-Light Chambers: A Proposal for Wormhole-Based Temporal Differential Engineering

This project outlines a speculative but scientifically grounded theoretical model for simulating relativistic time dilation using Earth-based optical systems. By embedding one terminus of a theoretical traversable wormhole into a stationary slow-light chamber with engineered refractive index gradients, we propose a novel pathway to establishing time asymmetry. The work includes metric derivation, numerical simulations, and application to wormhole scenarios. This document is submitted publicly as prior art and a conceptual foundation for further research into synthetic spacetime engineering, quantum analogues of gravity, and causal asymmetry without motion or mass.