Emergent Big Bang from a Full-Entropy Photon Field via Creation Cones Feeding into a Big Bang Cone

This paper presents a theoretical framework in which the universe emerges from a pre-Big Bang full-entropy photon field. In this model, the full-entropy light transitions from an infinite wavelength state (representing "nothingness") to a finite maximum allowed wavelength (set at 3 mm). The photon field is then dynamically channeled through Creation Cones that focus the energy into localized orbs. These orbs feed into a larger Big Bang Cone (BB Cone), within which gravitational blueshift reduces the photon wavelengths, triggering rapid expansion and matter condensation. This process ultimately leads to the formation of black holes, galaxies, and filamentary cosmic structures. The approach offers an alternative pathway to conventional inflationary scenarios, providing new insights into the transition from a state of maximal entropy to the structured universe observed today.