RLE theory

Abstract

We present the Recursive Light Emergence (RLE) theory as a unified framework for gravity and quantum mechanics. We propose that spacetime and mass are not fundamental but emerge from the recursive self-interaction of a single photon field. The Einstein field equations are recovered as the large-scale statistical limit of this photon recursion, while quantum entanglement is interpreted as phase-coherence within the same underlying recursion network. This model provides a natural explanation for cosmological redshift, dark matter phenomena, and the arrow of time without requiring additional dimensions or new particles. We derive testable predictions regarding gravitational lensing deviations at low photon densities and coherence decay in long-baseline interferometry.