Superstrings Theory
Solomon Budnik · American Research Journal of Electronics and Communication Engineering · 2019
Clifford torusHydrodynamic simulation of rotating black hole (by quantum gravity lab, Nottingham univ.)It confirms our torus model of the black hole Accordingly, this chapter contributes to the understanding of the formation of twin self-gravitating accretion discs by twin superstrings in gauge/gravity duality, where at D = 26 the string dynamics is that of harmonic oscillators, as was predicted earlier by duality theorists.Hence, our new cosmic model is in conformity with the basic principle of duality in nature, where no singular event of the alleged Big Bang could had taken place, for there must always be the cause and the effect in a dual interaction, as in the wave-particle duality. Theory of Quantum Gravity in SuperstringsTwo parallel lines never meet in geometry, but superstrings of matter in cosmos might couple and converge in a bow-like superstructure with a shock wave, as in fig. 4 on p. 36 and ref. 2 on p.39. Compare, on earth a pair of lines of longitude is parallel at the equator but converge toward the poles.So, let's consider two parallel superstrings of matter with integrated accretion discs in the middle of each one.(Fig. 1 on p. 33) Those discs are formed by two coupled linear superstrings of matter, whose shared central core inflates to create an accretion disc (fig. 1) in a quasi super-Planckian effect (fig 2.)