Product Description
A Revolution in Physics: From Quantum to Cosmic Scales<p>In this groundbreaking work, independent researcher Justin Sirotin presents a unified theoretical framework that bridges quantum mechanics and general relativity through a revolutionary understanding of how information and structure are preserved across all scales of reality. Through the concept of "preservation hierarchy" and spinor-mediated transitions, this book offers elegant solutions to some of physics' most perplexing mysteries.</p>Key Insights:<ul><li>How black holes transform rather than destroy information</li><li>Why dark matter might be a geometric effect of preserved angular momentum</li><li>How quantum measurement naturally emerges from geometric transitions</li><li>Why the universe expands through preserved rotation</li><li>How consciousness might relate to fundamental preservation patterns</li></ul><p>Drawing from Einstein-Cartan theory and extending it through spinor dynamics, Sirotin demonstrates how a single mathematical framework naturally explains phenomena from quantum entanglement to cosmic structure. The theory makes specific, testable predictions while maintaining mathematical rigor and consistency with existing observations.</p>Revolutionary Implications:<ul><li>Resolves the black hole information paradox</li><li>Explains dark matter and dark energy without new particles</li><li>Provides a natural inflation mechanism</li><li>Offers new approaches to quantum gravity</li><li>Suggests solutions to multiple Millennium Prize Problems</li></ul><p>Written for both physicists and educated lay readers, this book presents complex ideas with clarity while maintaining mathematical precision. Detailed appendices provide the full mathematical framework for specialists.</p><p>Discover how the universe maintains continuity through geometric transitions, and why this new understanding might revolutionize our approach to everything from quantum computing to cosmology.</p><p><i>A theory that isn't just elegant math—it's a new way of seeing reality itself.</i></p>
