Beyond-Horizon Energy Conservation in Conformal cyclic Cosmology

We propose a novel mechanism for energy conservation in Conformal Cyclic Cosmology (CCC) that resolves the long-standing question of how sufficient energy density can be achieved at conformal boundaries to initiate new cosmic cycles. By considering the contribution of electromagnetic radiation from regions beyond the observable Hubble horizon, we demonstrate that the total photon energy available at the conformal mapping significantly exceeds previous estimates. Furthermore, we explore the implications of a unified photon field hypothesis inspired by Wheeler's one-electron universe, showing how this could naturally regenerate Grand Unified Theory (GUT) force conditions at the onset of each new aeon. Our analysis suggests that the discreteness of spacetime at Planck scales constrains the number of possible aeon configurations to a finite set, while infinite temporal cycling ensures each configuration repeats infinitely.