Time Curvature Induced Gravitational Lensing: A Chronos Field Prediction Beyond General Relativity

This paper explores a novel extension to gravitational lensing theory by introducing a correction term derived from temporal field curvature, modeled as ∇²Φ(t). While General Relativity attributes light deflection solely to spacetime curvature sourced by mass-energy, this work hypothesizes an additional lensing contribution from structured variations in the time field. A modified lensing equation is presented, testable through upcoming astrophysical surveys. Observational misfits—often attributed to dark matter—may instead correlate with regions of strong temporal curvature gradients. This model offers a falsifiable framework and proposes field-based validation targets. Specific mechanisms, derivations, and Chronos parameters are reserved for authorized review.