The Razumovsky Framework Twin Laws of Conservation and Information-Driven Cosmic Expansion

**Abstract** The Razumovsky Framework unifies two foundational conservation principles—the Twin Laws—with the Information-Driven Expansion (IDE) model, a holographic framework in which dark energy emerges as the energetic consequence of the universe’s irreversible production and holographic storage of quantum information. The Twin Laws enforce strict boundary conditions on fundamental energy and quantum information within any existing universe, while IDE converts the allowed macroscopic entropy growth into a source of dark energy. Drawing from the holographic principle, black-hole thermodynamics, information theory, and string theory, the framework resolves the origin-of-initial-conditions problem and the coincidence problem without fine-tuning. It predicts an evolving equation of state consistent with recent DESI observations and offers a quantum-gravity-compatible mechanism for cosmic acceleration. We derive the key equations, discuss testable predictions, and outline challenges and future directions.