Shedding Light from the Big Bang on Dark Energy and Dark Matter (The Geometrical Universe Series)

Shedding Light from the Big Bang on Dark Energy and Dark Matter (The Geometrical Universe Series)

Why does the universe contain exactly the proportions of matter and energy that we observe today? In this thought-provoking work, Gerald W. Scanlon explores a bold idea: that the composition of the universe—ordinary matter, dark matter, and dark energy—may be rooted in the geometrical and numerical structure of the Big Bang itself. Using a unique geometrical model, the book presents a framework in which: The total matter and energy of the universe are represented through structured numerical forms - The observed proportions—approximately 4.94% ordinary matter - 25.92% dark matter - 69.14% dark energy emerge naturally from this structure - Fundamental mathematical patterns—perfect numbers, triangular numbers, and square numbers—play a role in shaping cosmic composition The book then connects this model to the earliest moments of the universe, showing how: The four fundamental forces separate across dimensions during the Big Bang - Geometrical representations of this process reflect the same structure used to model cosmic composition - The mathematical constant π appears as a key element linking geometry, forces, and spacetime Inside the Book A geometrical model of the universe’s total matter and energy - A numerical derivation of cosmic composition - A dimensional interpretation of the Big Bang and force separation - A connection between π and the structure of spacetime - A new perspective on dark energy and dark matter This is not a conventional physics textbook. It is an exploratory and conceptual framework designed to highlight patterns that may connect mathematics, geometry, and cosmology. If the structure of the universe was shaped at its origin, then understanding that structure may reveal why the universe looks the way it does today.