Cosmos Creation: The Unified SuperStandard Model, Volume 2, SECOND EDITION: Quantum Entanglement Resolved by a New Wave-Particle Duality, Precepts for ... Particle Functional Space, Fourier Wa

This is volume 2 of the SECOND EDITION of The Unified SuperStandard Model and the Megaverse. This volume provides additional material on topics covered in the SECOND EDITION as well as providing a revised, more compact, set of axioms that are equivalent to those stated in the SECOND EDITION. The purpose of defining a revised set of axioms is to sharpen our understanding of the fundamental constructs of the theory and to emulate the simplicity of Euclid's axioms of Geometry as much as possible.

The volume begins with a description of the guiding physical principles of the creation of the Cosmos of universe(s). Then an enhanced set of axioms is presented that lead to the derivation of the Unified SuperStandard Model given in the SECOND EDITION.

Next it defines wave-particle duality with quantum fields expressed as inner products of particle functionals and fourier wave expansions. This form of wave-particle duality resolves the problem of instantaneity (spookiness) of entangled quantum states.

The volume then describes the universe of particle functionals and the universe of fourier wave expansions first presented in the SECOND EDITION and its predecessor edition. Particle functional lagrangians for functional transitions are described which specify production rules, and then are put within the framework of type 0 Chomsky languages.

The impact of particle functionals on perturbation theory is explained. The language view of the Unified SuperStandard Model leads to a consideration of the physical psychology it embodies.

It also shows that the surface tension of a universe implies it has the shape of a spherical 3-surface. It concludes by suggesting a series of elementary particle experiments.