The Quantum-Geometric Buffer: Linking Electron's Inherited Stability to Black Hole Singularity Resolution

The **Inherited Stability Principle (ISP)** is proposed to explain the electron's perpetual stability ( years) as a consequence of its origin as a **Field Packet** of confined electromagnetic energy derived from the intrinsically stable photon (). This paper applies the ISP and the deterministic nature of the cycle to the realm of extreme gravity, proposing a mechanism for the resolution of the classical black hole singularity. The continuous, reversible, and geometrically stable interconversion of matter (electrons) and radiation (photons) within the event horizon acts as a **Quantum-Geometric Buffer**. This buffer, operating via the **Mass-Light Synchronization Hypothesis**, prevents the density from ever reaching infinity by utilizing the fundamental difference in gravitational coupling between matter and the light from which it is derived.