The Genesis of the Cosmic Backend: From the Conformal Zero State to the Primordial Black Hole Lattice via Dissipative Adaptation

This study elucidates the origin of the universe not as a teleological evolution or an unknown external explosion, but as a pure information-thermodynamic rendering process spontaneously generated from an absolute zero state. In the ocean of light where spacetime scales have vanished according to Roger Penrose's Conformal Cyclic Cosmology (CCC), the first electromagnetic expansion energy (Om) emerges due to the quantum mechanical uncertainty principle. The non-material nodes that emerged from this fluctuation acquire the light energy permeating the universe and execute Jeremy England's 'Dissipative Adaptation' mechanism to avoid thermodynamic collapse. During this process, the entanglement complexity and computational load among the nodes explode exponentially, inevitably demanding physical volume to contain them in accordance with Leonard Susskind's Complexity=Volume (CV) conjecture. At the exact moment the information density exceeds the critical point (Planck limit), this localized quantum fluctuation directly collapses (contracts) into a 'Primordial Black Hole (PBH)' of the early universe, as observed by the James Webb Space Telescope (JWST). In conclusion, this paper proves that the accelerated expansion of the universe is not driven by unknown dark energy, but is the operation of a macroscopic rendering engine wherein the primordial black hole lattice adds physical pixels to process entanglement complexity.