Abstract
Based on the Perelmann mappings from the homogenous 5D onto the inhomogeneous Lorentz 4D manifold at liquid water phase temperature range, it is shown that coherent and decoherent molecules, water, carbon, hydrogen and oxygen naturally replace the Quarks in the standard model at Bethe fusion temperature as the SU(3) generators, leading to the formation of nitrogenous bases to house the monopole boson eigenstates that can exist within the RNA and DNA. Through which the growth of organic cells by inducing the Off Diagonal Long-Range Order of “p” type hole states in organic rings and bio-cells and thus “Life”.
Highlights
We had previously proposed that the creation of the universe started with the creation of a homogeneous 5D manifold [1], and obeying the uncertainty principle
The universe started with a Big Bang, with infinite energy, carried by the Diagonal Long-Range Order (DLRO) monopoles, and photons [4]
Chow of the charge neutrality of the monopoles into equal numbers of massive e and −e Dirac spinors, that obey gauge invariance. It is this necessity so that charge currents can be generated to produce the photons during creation, that we can obtain via the expansion of the Bose distribution for the monopoles in terms of a converging power series of the Boltzmann partition factor, such that we can obtain the massive e and −e particle energies by truncating the lower limit of the Boltzmann factor E/kT, so that we can obtain different temperature depending on mass creations [8], such as the Gell-Mann standard model at Bethe fusion Temperatures, etc. [9], and including at low temperatures where the liquid water phase exists [10]
Summary
We had previously proposed that the creation of the universe started with the creation of a homogeneous 5D manifold [1], and obeying the uncertainty principle. Chow of the charge neutrality of the monopoles into equal numbers of massive e and −e Dirac spinors, that obey gauge invariance It is this necessity so that charge currents can be generated to produce the photons during creation, that we can obtain via the expansion of the Bose distribution for the monopoles in terms of a converging power series of the Boltzmann partition factor, such that we can obtain the massive e and −e particle energies by truncating the lower limit of the Boltzmann factor E/kT, so that we can obtain different temperature depending on mass creations [8], such as the Gell-Mann standard model at Bethe fusion Temperatures, etc. As life forms are only known to exist in such a low-temperature environment, it would be nice if we can deduce this fact from basic mathematical and physical principles
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