This monograph presents the complete formulation of the Unified Vacuum Field Theory (UVFT), a unified physical framework in which all forces, particles, structures, and cosmic evolution arise from the dynamics of a single continuous vacuum substrate. The work is divided into four parts, each with a distinct purpose: Part I presents the cosmology conceptually, visually, and intuitively. It introduces the vacuum substrate, the phases of matter, the nature of compression, the formation and dissolution of bubbles, the behavior of stars and galaxies, and the large‑scale evolution of the cosmos. Mathematics appears only where it illuminates a concept and is optional for the reader. Part II constructs the mathematical ontology of this medium, defined its components, derived the unified vacuum field equation, analysed its linear, nonlinear, high‑compression, and phase‑transition regimes, and developed the structural energy functional and stability conditions governing composite configurations. Part III calibrates the unified vacuum field to the real universe. Through observable groups, parameter systems, inversion maps, cross‑sector consistency, and global optimisation, it determined the vacuum‑field parameters that allow the unified equation to reproduce electromagnetic, hadronic, cosmological, and Standard Model observables. Part III established that the theory possesses a convergent, physically viable, and internally consistent parameter window. Part IV derives general relativity, the Standard Model, and cosmology as emergent behaviors of the vacuum field, completing the theory and demonstrating its readiness for empirical testing. Taken together, these four parts form a unified theory unlike any other proposed to date. UVFT provides a single, coherent picture of the universe, grounded in a physical vacuum field whose behavior gives rise to all forces, all particles, all structures, and all cosmic evolution. This preprint edition is provided for scholarly communication, versioning, and priority timestamping. A revised and professionally edited edition will follow.
Mitko Uskoski (Fri,) studied this question.
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