A Viscosity Hypothesis with the Simplest Possible Theory of Everything
Proposing that the Presence or Absence of Viscosity Separates Relativistic and Quantum Systems
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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.
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A Viscosity Hypothesis with the Simplest Possible Theory of Everything, Michael Lawrence
- Language
- Released
- 2017
Payment methods
- Title
- A Viscosity Hypothesis with the Simplest Possible Theory of Everything
- Subtitle
- Proposing that the Presence or Absence of Viscosity Separates Relativistic and Quantum Systems
- Language
- English
- Authors
- Michael Lawrence
- Publisher
- LAP LAMBERT Academic Publishing
- Publisher
- 2017
- Format
- Paperback
- Pages
- 76
- ISBN13
- 9783330087361
- Category
- Nature in general
- Description
- 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.