The Leo Monichan BH–WH Hypothesis

The Leo Monichan BH–WH Hypothesis is a speculative theoretical-physics research manuscript proposing a two-stage black-hole process: an assumed quantum-gravitational bounce from an initial black hole (BH₁) to a white-hole-like post-bounce state (WH₁), followed by an interaction between WH₁ and a second black hole (BH₂) that may produce a new black hole (BH₃) and exported energy. The manuscript develops a phenomenological energy-accounting relation, called the Leo Monichan BH Formula: Mᴸ = Mᴮ + Mᵂ − Eᵣ/c² The paper examines conditions under which the final black hole could have greater, equal, or lower mass than the second black hole, and discusses the corresponding effective Schwarzschild-radius relation. It also identifies the theoretical requirements needed to determine whether such a black-hole formation process can occur, including quantum-gravity dynamics, trapped-surface formation, numerical-relativity calculations, energy and angular-momentum flux, and possible observational consequences. This work is presented as a hypothesis and phenomenological research framework, not as an experimentally established physical law or a confirmed prediction of quantum gravity. This accurately reflects your manuscript's stated scope and avoids claiming that the hypothesis has been experimentally proven. �