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Date submitted1991-11-26
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Date accepted1992-01-24
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Date published1992-11-23
Search for invariance of the interval between geologic events
- Authors:
- A. N. Pavlov
The energy content of rock, the calculation of which was proposed by the author in earlier works, is considered as the energy of rock existence. By analogy with the energy of existence of a particle (rest energy), a certain limiting velocity is derived from this value, beyond which the rock as an element of the Earth and the Solar System ceases to exist. The invariance of the interval between geological events is based on it.
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Date submitted1991-11-29
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Date accepted1992-01-29
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Date published1992-11-23
Spiral structure of geologic time and constraints on the principle of actualism
- Authors:
- A. E. Kulinkovich
A model of geologic time is proposed, represented as a system of helical lines, and in each of them the radius of the cylindrical surface and the step are determined by the period of cyclicity. It is shown that the spiral structure of geologic time imposes natural limitations on the area of application of the actualism principle.
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Date submitted1991-11-03
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Date accepted1992-01-14
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Date published1992-11-23
Fundamentals of kinetic field theory and its applications in geology
- Authors:
- V. Ya. Bril
The kinetic field theory (KFT), which does not contradict observations, conservation laws and equations of the general theory of relativity (GRT), was constructed. Objections of A. Poincaré and other scientists against a similar attempt by J. Lesage (1784) were eliminated by assuming that the background particles responsible for the transmission of gravitational, inertial, electric, magnetic, electromagnetic and some other types of information have a strongly elongated needle-shaped (interobraznyi) form. Among possible applications of KFT are the use of background particles as an inexhaustible and environmentally friendly source of energy, control of tectonic processes in order to provide people and pets with safety during earthquakes, and many others.
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Date submitted1991-11-21
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Date accepted1992-01-12
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Date published1992-11-23
The galactic year and global geologic cycles
- Authors:
- Yu. A. Zakoldaev
Based on the methods of statistical and combinatorial analysis of more than 70 empirical geochronometric scales of the Phanerozoic, cyclic regularities were revealed with high reliability, which allowed us to calculate the parameters of the galactic orbit of the Solar System, to consider the connection of general planetary geological processes with the position of the Solar System in the galactic orbit, and to construct a global theoretical scale of the Phanerozoic, subdivided into ages and combinations of ages.