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Theoretical framework proposes a unified medium for space and matter, suggesting new experimental predictions.
The article develops the Coincidence Principle, which proposes that space and matter are not separate entities but two expressions of a single physical medium endowed with density, tension, and intrinsic dynamics. Matter emerges as a localized, topologically stable compression of this medium, while gravity results from spatial density gradients, eliminating the traditional separation between geometry, fields, and particles . The framework introduces a modified Schrödinger-type equation in which the kinetic term depends on the local medium density, recovering standard quantum mechanics in the uniform-density limit and producing solitonic particle-like solutions in the nonlinear regime . A covariant formulation extends the model to a unified relativistic action for the medium, showing how quantum behavior and gravitational dynamics emerge as effective limits of the same underlying substrate. The theory is synchronized by the Autopoietic Dynamic Entropic Clock (ADEC), which defines time as the medium’s internal entropic progression rather than an external geometric parameter . The article concludes by outlining experimentally testable predictions in structured or extreme environments—such as Casimir cavities, high-intensity cavitation, and multifrequency electromagnetic fields—that could distinguish this unified medium theory from both General Relativity and Quantum Field Theory .
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Sergio Santangelo (2026) studied this question.
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