Quantum RAM Cosmology v1.1.0.2: Recursive Information Storage and Entropic Collapse Framework

Quantum RAM Cosmology v1.1.0.2 is an updated and expanded preprint building on the initial Quantum RAM Cosmology v1.0 framework (Williams, 2025). This theory proposes a novel cosmological model where the universe operates as a distributed quantum memory system, encoding information across cosmic cycles via quantum entanglement, black holes, and Hawking radiation. Version 1.1.0.2 refines the mathematical and conceptual structure of the model, corrects and clarifies earlier diagrams, and integrates improved references, formatting, and citations. The updated schematic figures more accurately illustrate the cyclical phases of information storage, release, and cosmic reset that underpin the Quantum RAM loop hypothesis. The paper addresses the black hole information paradox, the nature of dark matter and dark energy, and the potential for recursive cosmological cycles triggered by information saturation at the quantum boundary. Falsifiability, experimental predictions, and testable criteria are discussed to encourage further research and peer review. Key features of v1.1.0.2: Enhanced clarity and editing throughout the text Corrected and improved schematic figures and references Full integration of hyperlinks and supporting documentation Updated author information and project metadata Disclaimer: This work does not propose or rely on simulation theory. Any analogies to computational systems are strictly metaphorical, used for explanatory clarity, and do not imply the universe is a computer simulation. This is a physical, information-theoretic framework grounded in testable, falsifiable models of quantum information and cosmology.