Cyclic Black Hole Information Reintegration Theory (CBHIRT): A Finite-Density, Non-Singular Precursor to the Standard Big Bang

This work presents the Cyclic Black Hole Information Reintegration Theory (CBHIRT), a finite-density, non-singular cosmological framework in which the classical Big Bang is reinterpreted as the information-release phase of a preceding black hole cycle. The model removes curvature singularities by introducing a maximum physical density, modifies the Friedmann dynamics with a finite-density correction term, and provides a natural mechanism for entropy resolution through the late-time Hawking–Page transition. CBHIRT proposes that black holes act as cosmological information processors: internal chaotic information is converted into a highly ordered reintegration field, enabling the next cosmic cycle to begin in a low-Weyl, FRW-like state without violating thermodynamics. The absence of directional spacetime infall in the present Universe is interpreted as evidence that our cycle exists after the black hole phase, not inside it. The theory maintains consistency with standard cosmological observations while offering a new explanation for the Big Bang, the origin of cosmic order, and the fate of information in evaporating black holes. Keywords:Cyclic cosmology; black hole information; finite-density cosmology; singularity resolution; Hawking–Page transition; Friedmann equations; maximum density; reintegration field; cosmological entropy; Big Bang alternatives; quantum gravity; information paradox; CBHIRT.