Overview

From the largest structures in the cosmos to the smallest constituents of matter, the universe exhibits an extraordinary degree of organization. Yet these domains are typically explained by separate theories, each addressing a different scale and set of phenomena. A New Vision of the Early Universe presents a unified, conservation-based framework that connects these regimes through a common physical foundation. Grounded in angular momentum conservation, stability thresholds, and a real, structured vacuum, the book traces the emergence of supermassive black holes, galaxies, particles, and forces as successive stages of a single, coherent evolutionary process. The model shows how intrinsic spin and geometric organization can give rise to mass, charge, fields, and large-scale structure within one continuous physical narrative. Established mathematics and theories are retained and respected but are placed within a wider context that clarifies their relationships and shared assumptions. Written in two complementary volumes, one for the scientifically curious reader and one for the working physicist, the work combines rigorous physical reasoning with an accessible explanatory style. It offers a grounded, testable perspective on cosmic origin and structure, and on the deep physical unity underlying phenomena usually treated in isolation.

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