THE COSMIC MICROWAVE BACKGROUND AS A GRAVITATIONAL EMISSION FIELD: A SELF-SUSTAINING FRAMEWORK FOR ELEMENTAL STABILITY IN AN INFINITE UNIVERSE

We propose a reinterpretation of the origin and nature of the cosmic microwave background (CMB) within a Quantized Gravitational Emission Model, with our previous assumption that photons do not lose energy through space propagation. Contrary to the standard ΛCDM cosmology, which interprets the CMB as a relic of the Big Bang, our model treats the Universe as an infinite, evolving, and self-sustaining system. In this framework, matter absorbs gravitational flux and re-emits the accumulated energy as low-frequency photons—producing the CMB as a standing, isotropic radiation field. We show that stable isotopes maintain their symmetry by re-radiating gravitational energy via quantized emissions, thereby coupling gravitational absorption to electromagnetic release. Each electron/positron re-emits a photon approximately every 4×105 years, producing a continuous resonant radiation field across the universe matching CMB properties. Furthermore, this model aligns with evolutionary principles, wherein stable nuclear configurations persist via energetic balance rather than through cosmological fine-tuning or inflation.