The IS-IB Cosmological Recycling Model: A Symbiotic Framework for Dark Matter, Dark Energy, Baryon Asymmetry, and Black Hole Thermodynamic Processing

Abstract (Version 2.0)

The Baryonic Inversion-Injection (IS-IB) cosmological model proposes that the dark components of the universe are neither primordial entities nor exotic hypothetical particles, but rather the result of the continuous processing and transduction of baryonic matter ($\Omega_b$) through Active Galactic Nuclei (AGN). AGN act as dual transducer engines: the weak force channel in the accretion disk converts baryonic matter into local Dark Matter halos ($\Omega_{mo}$), while the strong force channel in the central core injects free energy via quark-gluon deconfinement (QCD) into the global Dark Energy scalar field ($\Omega_{eo}$). The model establishes a strict mass-energy conservation law where baryonic density acts as the depletable fuel of the system, successfully converging in a natural and stable manner to current cosmological observations ($\Omega_b \approx 0.05, \Omega_{mo} \approx 0.27, \Omega_{eo} \approx 0.68$). This Version 2.0 update consolidates the mathematical framework, differential accumulation rates, and numerical verification of the model.