Institute of Computational Mathematics and Mathematical Geophysics SB RAS

International Conference on Mathematical Methods in Geophysics «MMG-2008»

Akademgorodok, Novosibirsk, Russia, October 13-15, 2008

Abstracts

Mathematical Simulation in Geophysical Problems. Electromagnetic Methods

The Lesazhevsky theory of gravitation: two major geophysical consequence

Dedov V.

SNIIGGIMS (Novosibirsk)

In the Lesazhevsky theories are responsible for a gravitational interaction very fine "ultraworld" space fragments which are scurrying about in world room in every possible directions with huge velocities and without cross impacts. These fragments plerce any macroscopical body habitual for us with small odds of occluding. In system of two bodies there is an effect treated as an attractive interaction. In finitary approach interplay is gained by the Newtonian.

The maiden geophysical consequence the Lesazhevsky theories - secular growth of mass of bodies for the account of mass occluded «ultraworld fragments» about which one in the XX-th century beginning Russian engineer I.O.Jarkovsky spoke. Under preliminary data, the mass of the Earth, for example, doubles approximately every 70-100 million years.

The second consequence - eddy formations in an aerosphere and ocean over the buried or bared geologic density inhomogeneities. This prediction proves to be true forward observations, and also meanwhile unique laboratory experiment.

Note. Abstracts are published in author's edition

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