Deformation Law of the Universe - Kisel, Valery Petrovich
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When one complete part of matter is sheared relative to the other one this triggers the structural transition at phase transformations (PTs), and it is the way of Nature behaved. The literature data demonstrates that electromagnetic and the weak (responsible for nuclear radioactive decay and the gravity) forces have been found to be intimately connected. It is shown that the conventional jump-like (wave) deformation at interface mismatch between various phases governs the PTs in all states of matter on all scales of observation. This fundamental finding offers a new common insight into all PTs…mehr

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Produktbeschreibung
When one complete part of matter is sheared relative to the other one this triggers the structural transition at phase transformations (PTs), and it is the way of Nature behaved. The literature data demonstrates that electromagnetic and the weak (responsible for nuclear radioactive decay and the gravity) forces have been found to be intimately connected. It is shown that the conventional jump-like (wave) deformation at interface mismatch between various phases governs the PTs in all states of matter on all scales of observation. This fundamental finding offers a new common insight into all PTs through their deformation regulation including the REVISED Newton Gravitation Law, biological evolution, regeneration, aging, cancer, diseases, etc. The asymmetrical dome-shaped scaling of mass distributions for fractured types of matter from elemental particles up to the objects of the Universe vs strain proves the true basic role of deformation and fracture at ALL THESE PTs, thus confirming the theory of holism (1926) that the Universe and living nature are correctly seen in terms of interacting wholes.
Autorenporträt
Valery Petrovich Kisel (born in 1945) graduated from Moscow Physical and Technical Institute in 1969. He specialized in physics of low temperatures at Kapitzä Institute of Physical Problems, RAS, Moscow and in physics of plasticity and fracture at Institute of Solid State Physics, RAS, Chernogolovka. Since 1969 he has been working in ISSP RAS.