%0 Journal Article
%T The Mathematical Bases for the Creation of a Homogenous 5D Universe
%A Kai Wai Wong
%J Open Journal of Philosophy
%P 481-487
%@ 2163-9442
%D 2024
%I Scientific Research Publishing
%R 10.4236/ojpp.2024.142030
%X Several important physical implications left out in The Five Dimension Space-Time Universe: A creation and grand unified field theory model. Book, are presented under rigorous mathematical theorems. It was found that Temperature, a classical variable, must be added as an imaginary component to time, under the Quantum uncertainty <i>dt</i>∙<i>dE</i> = <i>h</i>/2<i>π</i>, so that the Gell-Mann Quark model can be verified, with gauge invariance, to form hadrons at the Bethe Fusion Temperature. Accordingly from the corresponding uncertainty <i>dp</i>∙<i>dr</i><i> </i>= <i>h</i>/2<i>π</i>. Pairs of Diagonal Long Range Ordered gravitons, with continuous frequency spectrum together with those represented by magnetic monopoles must be formed within the space r, of the homogenous 5D manifold, without the presents of photons, thus defines the 5D as a Black Hole. Then from which we can derive the classical Newtonian Law of attractive Gravity, as the 5D manifold is mapped by Perelmann Ricci-flow entropy mapping and the DLRO graviton pair symmetry is broken and converted into two masses, with motions satisfying Special Relativity in the doughnut shape Lorentz manifold, thus indirectly verifies the principle of Covariant Riemannian curvatures and General Relativity theory.
%K Extended Fermat&amp
%K #8217
%K s Last Theorem
%K Gravitons
%K Newtonian Law of Gravity
%K Temperature
%K DLRO in Monopoles and Gravitons
%K Black Holes
%U http://www.scirp.org/journal/PaperInformation.aspx?PaperID=133306