Black Holes as Information–Energy Reorganization Nodes in Spacetime

Abstract This paper proposes a conceptual framework in which black holes are interpreted not as passive absorbers of matter and energy, but as active nodes of information–energy transformation within spacetime. Due to the limitations of current physical theories in describing singularities, it is suggested that the internal regime of black holes may operate under an alternative set of physical laws governing the reorganization of energy and information. In this model, spacetime is treated as an active structure shaped by extreme physical processes. A phenomenological extension of black hole entropy is introduced through a reorganization coefficient (η), which captures potential internal transformation dynamics beyond classical descriptions. The framework further explores possible connections between black hole processes, primordial black holes (PBHs), and large-scale cosmological phenomena such as dark matter, dark energy, and structure formation. This study remains speculative and aims to provide a conceptual and testable foundation for future investigation rather than definitive or empirically established physical claims.