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Explanation of BIS energy and BIS entropy fluctuation in terms of ricci flow, quantum stochastic theory and far-from equilibrium non-linear statistical mechanics with special reference to acoustic anisotropy Datta Tuhin* Department of Physics, Ramjas College, University of Delhi, North Campus, Delhi-110007 *E-mail: dr.tuhindutta@gmail.com
Online published on 25 September, 2015. Abstract Our present research work tries to incorporate the results of quantum game theory with the violent consequences like earthquakes often occurring in this earth. Due to several chaotic incidents the earth moves towards far-from equilibrium state resulting in fluctuation in BIS energy and BIS entropy. The journey from equilibrium to a far-from equilibrium state undergoes a quantum game which is very complex in nature and obeys various laws of statistical mechanics. An integrated system first breaks as the process of disorder evolves a large amount of heat changing the BIS entropy of the surrounding and brings about drastic changes in the strings which connect the system with the surrounding. This traumatic quantum game sustains for a very few moments causing a massive earthquake. Top Keywords BIS processes, quantum game theory, BIS energy, (LSFAO), Nash equilibrium (NE). Top | |
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