Theory of Junction between general relativity and quantum mechanics in Singularity and White holes

This study proposes a novel unifying model that mathematically connects general relativity and quantum mechanics in the context of gravitational singularities, with an emphasis on black holes, white holes, and wormholes. The theory presents a set of physically consistent equations that describe singularity deformation, matter ejection energy, thermal behavior, time perception, and mass-energy dynamics. The main points are: A novel equation for singularity deformation, based on incoming mass and the size difference between black holes and white holes. A model for the formation and expansion of white holes, governed by energy accumulation and repulsion velocity. A thermodynamic framework that relates volume, temperature, and behaviors at the Planck scale. A unique approach to time reversal and vision through relativistic tunneling (wormholes). Dimensional normalization and dimensionless reasons for compatibility between scales. Falsifiable predictions and formulas ready for computer simulation and experimental comparison. The theoretical framework is completely original and suggests a mathematically verifiable way to describe phenomena beyond the classical event horizon, offering a possible insight into the quantum structure of spacetime.