Emergent Structure from a Pre-Universe Full-Entropy Photon Field with Imposed Space/Time Curvature

This paper presents a novel theoretical framework for the formation of cosmic structure that diverges from traditional Big Bang models. The study posits that the initial state of the universe was a full-entropy photon field—a state of “nothingness” characterized by an effectively infinite wavelength and maximal entropy. The creative process is defined to begin when this field transitions to a finite, maximum allowed wavelength (set at 3 mm), marking the onset of collapse. An emergent space/time curvature, imposed via multiple arbitrary centers, focuses the initially uniform photon field into localized regions. This focusing increases local energy density and induces a gravitational blueshift, thereby shortening photon wavelengths in a path-dependent manner. The resulting dynamics lead to the formation of concentrated orbs where black holes subsequently form, around which matter condenses to create galaxies. Additionally, curvature-induced structures such as cones and tubes give rise to filamentary networks and space dust, collectively offering an alternative pathway to the cosmic web observed today. This work opens new directions for numerical simulations and provides a self-consistent alternative to conventional cosmological scenarios.