Journal of Climate Change, Disaster Risk and Resilience Studies
About the physical foundation of some Contemporary paradigms
Abstract
Igor Tkachenko, Victoria Miroshnichenko, Serhii Miroshnichenko, Konstantin Tkachenko, Yury Mirosh-nichenko, Olesya Tkachenko and Svitlana Tkachenko
We applied the early developed analytic approach which has been successfully used to model the macroplastic deformation of FCC polycrystalline solids, for analysis of some not fully understood and explained phenomena in our visible Universe. Such phenomena include: the main moral norms foundation, structure and evolution mechanism of the Universe, the basic management principles, micro-mechanisms of climate changes, carrier types of the baryonic, Dark matter and the Dark Energy in the Universe, justification of the Chapligin gas models applicability. So wide range of the phenomena is analyzed based on four main assumptions: all the above phenomena and processes are caused by nonstationary stochastic processes (NSPs); all NSPs are analogous each other in their basic development laws; the laws are experimentally verified by the early developed analytic approach which good describes one of NSPs - macroplastic deformation of polycrystalline FCC metals, Big Bang was the abnormal vacuum energy fluctuation and comprise two successive stages – energy and material products generation. Based on the assumptions, the Universe evolution was considered as the main NSP (the grand NSP) providing uniform spreading the energy and material products of the Big Bang. As consequences of the first and second laws of thermodynamics, which are assumed to be good verified in our visible Universe, necessities were shown, respectively, to endless existence of life phenomena in general in the whole or poly-Universe, together with conservation of individual life for each living creature (local NSPs. Proceeding from the assumed spherical symmetry of the Big Bang both products and the energy original distributions together with the principally limited time period of the Big Bang development, spherical rings structure of the whole Universe was proposed. Based on the structure, two possible variants of the energy and matter carriers motion within the Universe were discussed: 1) - motion in radial directions out of the Big Bang epicenter, which is characterized by the maximum possible average speed and minimum stopping collides with the other material objects early or simultaneously created by the Big Bang; 2) – the curved motion along the circle-like trajectories which provides minimum average speed of a material object and maximum motion resistance in the Universe due to stopping interaction with the other simultaneously generated material objects. The observed non-monotonic time dependence for the speed of our visible Universe expansion is in accordance with the approach predictions. Calculated time moment (about 14 billion years from the Big Bang appearance) is in accordance with the duration of our Universe existence. Numerically evaluated percentages for the contributions to the energy and matter fluxes for the various types of elementary particles are shown to be in accordance with the known contents of the baryonic Matter, Dark Matter and Dark Energy in our visible universe. Early predicted countless number of the approach constitutive nonlinear differential equation solutions were associated with the corresponding number of the mono-universes together with the energy and matter carriers in each of them. A mechanism for participating the mono-universes in the expansion of the whole, poly-universe was proposed. Two possible variants of the approach predicted development of a NSP: “military” and “civilian”, were associated with the mechanisms of “wave-particle” duality, social management and the climate changes in agreement with the known facts. Time dependencies of the square density of the energy carriers and the stress caused the Big Bang energy gradient were calculated and their reciprocal mutual dependence was shown at finishing stage of our visible Universe evolution, in accordance with the known Chaplygin gas models.