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A Viscosity Hypothesis with the Simplest Possible Theory of Everything
Proposing that the Presence or Absence of Viscosity Separates Relativistic and Quantum Systems
Authors
76 pages
More about the book
The book presents a novel framework for understanding the universe, emphasizing the role of a single fundamental building block called the meon. It explores how composite particles, formed from meons, interact within a background that influences energy loss and velocity. The framework posits that different inflation events create varied sizes of fermions and nucleons, leading to a universe with symmetries akin to ours. Additionally, it links the rate of expansion post-big bang to the size of electrons formed during inflation, determining the ultimate fate of the universe's expansion.
Book variant
2017, paperback
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