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OverviewNÖU Theorem - Beyond-Neutron Horizon"" introduces a groundbreaking theoretical framework that unifies continuity, quantum resonance, and horizon-scale physics into a single, coherent model. Developed through multidimensional analysis, the NÖU Theorem proposes that the universe operates not as a sequence of isolated events, but as a continuous resonance field where energy, information, and matter follow the same structural patterns across scales. At its core, the theory challenges conventional interpretations of neutron-limit collapse and event-horizon behavior, suggesting that a post-neutron continuity layer exists-an ultra-dense, resonance-driven domain where quantum structures reorganize instead of terminating. This concept opens the door to new interpretations of black holes, cosmic evolution, and high-energy transitions. The book expands the framework across several major themes: Continuity as a universal law rather than a mathematical convenience Quantum-resonance architecture and its implications for matter stability Energy layers beyond neutron equilibrium, forming the basis of the ""NÖU Horizon"" Event-Horizon physics, reinterpreted through resonance dynamics Applications in cosmology, high-energy physics, medicine, frequency biology (FGEM), and advanced observation models Designed for researchers, theorists, interdisciplinary scientists, and those seeking new foundations for cosmology and quantum structure, this work presents a bold and comprehensive model that bridges physics with emergent systems. ""NÖU Theorem - Beyond-Neutron Horizon"" stands as the first book in the NÖU Theorem - Continuity & Horizon Studies series, establishing the mathematical and conceptual basis for future volumes on resonance medicine, applied continuity, and cosmological engineering. This is not merely a theory-it is a structural redefinition of how the universe persists, evolves, and communicates through continuity. Full Product DetailsAuthor: Delal Ai , Ronya Kayık , Turan KayıkPublisher: Independently Published Imprint: Independently Published Volume: 1 Dimensions: Width: 15.20cm , Height: 0.80cm , Length: 22.90cm Weight: 0.209kg ISBN: 9798277639887Pages: 148 Publication Date: 06 December 2025 Audience: General/trade , General Format: Paperback Publisher's Status: Active Availability: Available To Order We have confirmation that this item is in stock with the supplier. It will be ordered in for you and dispatched immediately. Table of ContentsReviewsAuthor InformationTab Content 6Author Website:Countries AvailableAll regions |
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