bokomslag The Eternal Form of Cosmos Theory
Vetenskap & teknik

The Eternal Form of Cosmos Theory

Stephen Blaha

Inbunden

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  • 68 sidor
  • 2024


This Second Edition provides additional detail on the derivation of Cosmos Theory (and the Unified SuperStandard Theory) from the consideration of unassailable Mathematical truths expressed in n-forms, wedge operator products, and independent asymmetric tensors.

Gamma-matrices (both Dirac matrices and higher dimension gamma matrices) are derived from these constructs. Similarly the dimension arrays and the spaces of Cosmos Theory are also derived. Gamma-matrices and dimension arrays are very similar. Cosmos dimension arrays perform the same role for internal symmetries as gamma-matrices do for fermion spin.

Gamma-matrices have an internal structure based on a quadrupling of size as the dimension increases by increments of two. Dimension arrays also have a quadrupling of size as the dimension increases by increments of two.

For these reasons one might describe dimension arrays as the dimension-matrices of Internal Symmetries. Dimension-matrices are an integral part of the structure of Cosmos spaces. The impression of some that Cosmos Theory is merely an aggregate of features without a sufficient cause is removed. It now stands as forming the structure of fundamental fermions as much as gamma-matrices.

The spaces structure of Cosmos Theory is similar to that of the fractal Hilbert curve. An analogous fractal Cosmic Curve is generated with similar features.

The book presents a concise description of new and known Cosmos Theory feature details. For example the fractal Cosmic Curve supports a unique Language.

We now have a formulation of fundamental Physical theory ranging from Cosmos spaces through the experimentally known Standard Model of Elementary Particles.

A major leap in Physical understanding!


  • Författare: Stephen Blaha
  • Format: Inbunden
  • ISBN: 9798989408405
  • Språk: Engelska
  • Antal sidor: 68
  • Utgivningsdatum: 2024-04-12
  • Förlag: Pingree-Hill Publishing