Degenerate Black Holes: Theoretical Minimum Black Hole at Planck Scale

We propose the concept of a Degenerate Black Hole (DBH), a Planck-scale object in which the classical distinction between the event horizon and the gravita- tional singularity breaks down. The DBH represents the absolute smallest possible black hole permitted by the intersection of General Relativity and quantum me- chanics. By comparing the Schwarzschild radius with the Compton wavelength, we demonstrate that sub-Planck black holes cannot form due to quantum uncertainty. We define the geometry of this unified quantum core using Om’s Radius (ROm), exploring its theoretical properties, mass, and structure. Potential implications for singularity resolution, black hole remnants, and quantum spacetime are discussed.