Rewrite Science - The Universal Semantic Calculus and Grammatical Cosmos
Symposium 10A - CASYS 07

The Role of Black Hole Dynamics and Surrounding Plasma Media in Current Cosmologies
Nassim Haramein * and Elizabeth A, Rauscher
* Resonant Project Foundation PO Box 764. Holualoa, Hi USA
info@resonanceproiect org; crfl44@hotmail.com

Keywords: Black hole dynamics. General relativity. Kerr-Newman metric. Riessner-Nordstrom metric, Schwarzchild metric

Abstract

We derive a basic relationship of parameters associated with solutions to General Relativity for complex exotic systems. Examples of such systems are black holes, supernovae. quasars. neutron stars as well as ubiquitous galactic center black holes. We have developed a scaling law in terms of the Schwarzchild, Kerr-Newman and Riessner-Nordstrom metrics. We have also developed a new metrical space that introduces spin and torque components in Einstein's mass-energy tensor.A relationship is made between the non-rotating Schwarzchild metric and our new rotational metric which is compared to other metrical space forms; such as the Robertson-Walker metrical geometry.

External and internal state solutions are analyzed with our method. Event horizons are generated in non-terminating null geodesics. The dynamics of rotating charged black holes obeying the new metrical space is presented in detail Under extreme conditions of dynamical high density collapsing gravitational field, balance and coherent coupling interactions establish energy equilibrium with the surrounding polarized plasma stale dynamics. Larger and smaller astrophysics] systems with black holes and surrounding plasma media ha\e apparent scaling in terms of mass, density, radius and spin. We analyze these complex systems in terms of their fundamental representation of organized resonant complex systems in the universe.