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Autor principal: Geisbauer, Jörg
Format: Recurso digital
Idioma:anglès
Publicat: Zenodo 2026
Matèries:
Accés en línia:https://doi.org/10.5281/zenodo.20145307
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  • <p>Continuity Theory begins with the secret of time: time is not treated as a single background parameter, but as a layered physical structure with different forms and roles. By distinguishing proper time, phase time, clock time, lightlike propagation, and cosmological structure time, the theory clarifies time itself and uses this clarification as the gateway to matter, light, gravity, and cosmic structure.</p> <p>At the center of the theory stands Chronophase: the relation between proper time and phase as an organizing principle of physical reality. Matter is described as energy anchored in proper time, carrying an internal clock phase. Light, by contrast, carries propagation phase without an intrinsic rest-frame proper-time anchor. Gravity is interpreted as the geometry that orders clocks, light cones, aging, and the distribution of physical processes across spacetime.</p> <p>From this clarified understanding of time, Continuity Theory connects relativistic clock rates, quantum action phase, mass, light propagation, gravitational time geometry, and the emergence of cosmic structure. The universe is approached not as a set of isolated objects and separate forces, but as a hidden continuity of time, phase, matter, light, and gravitational order.</p> <p>The framework extends the Chronophase idea from local clock physics to large-scale cosmology. It discusses how time, phase, and gravitational structure may relate to dark-energy-like behavior, gravitational lensing, galaxy rotation curves, and MOND-like limiting regimes, linking microscopic phase evolution with cosmic-scale structure.</p> <p>This work presents Continuity Theory as a world-formula approach to the hidden order of reality: a time-centered framework in which the secret of time becomes the path toward understanding matter, light, gravity, and the structure of the universe.</p>