A Phenomenological Model of Extreme Quantum Scattering at the Gravitational Collapse Threshold

This paper proposes an alternative phenomenological model to resolve the black hole information paradox and avoid infinite density singularities. By introducing a threshold barrier operator (Ẑ) based on a structural asymmetry constant (Ω ≈ 10^60), the model describes gravitational collapse not as a collapse into a zero-dimensional point, but as a quantum scattering process. Matter reaching the critical threshold undergoes extreme thermal dilution of energy over an extended multidimensional volume, returning to the observable universe as diffuse, ultra-cold hydrogen and helium gas. This mechanism explains the absence of violent thermal signatures and offers a plausible origin for giant intergalactic gas clouds (such as Lyman-alpha blobs).