In previous works, they were proposed a photonic model of the Big Bang<a href="#ref1"> [1] </a>and several parameters derived from the Hubble-Lemaitre equation <a href="#ref2">[2]...In previous works, they were proposed a photonic model of the Big Bang<a href="#ref1"> [1] </a>and several parameters derived from the Hubble-Lemaitre equation <a href="#ref2">[2]</a>. Since these parameters result higher than the classical ones and, otherwise, the General Theory of Relativity does not apply far away the Physical Universe, in this paper, it will be revised the adequacy of such parameters in the external Space and their influence on the relativistic concept of the cone of time. As well, it will be intended to define the Physical Universe geometry accordingly to a thermo-dynamical analysis of the Big Bang.展开更多
文摘In previous works, they were proposed a photonic model of the Big Bang<a href="#ref1"> [1] </a>and several parameters derived from the Hubble-Lemaitre equation <a href="#ref2">[2]</a>. Since these parameters result higher than the classical ones and, otherwise, the General Theory of Relativity does not apply far away the Physical Universe, in this paper, it will be revised the adequacy of such parameters in the external Space and their influence on the relativistic concept of the cone of time. As well, it will be intended to define the Physical Universe geometry accordingly to a thermo-dynamical analysis of the Big Bang.
