New Physics presents a unified theoretical framework called Dynamic Relational Theory (DRT), a model that replaces the traditional object-based foundations of physics with a relational architecture. Rather than treating spacetime, particles, fields, and forces as fundamental, DRT begins from a single premise: the universe is a self-organizing network of relations that evolves by minimizing instability. This shift in foundation allows DRT to address long-standing problems that current theories cannot resolve. It eliminates singularities, provides a non-inflationary explanation for early-universe conditions, offers a mechanism for quantum behavior without probabilistic axioms, and reframes gravity as a global smoothing of relational tension rather than curvature of spacetime. The result is a coherent, predictive framework that unifies gravity, quantum mechanics, particle identity, and cosmology under one principle. The book is structured to be accessible to general readers while providing enough conceptual rigor for scientific audiences. It includes a complete set of appendices detailing the mathematical structure of the theory, its computational simulation framework, and its observational predictions. The theory is falsifiable, with clear tests involving CMB anomalies, neutrino oscillations, gravitational-wave ringdowns, and the continued absence of dark matter particle detections. New Physics is not a reinterpretation of existing models. It is a new framework that challenges the assumptions underlying modern physics and offers a unified alternative grounded in relational dynamics. It is written for readers who sense that the current patchwork of theories is incomplete and are ready to explore a deeper, more coherent foundation.
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