Unaccounted energy aspects of the gravifrequency and electromagnetic interactions
ORAL
Abstract
In this work:
- the electric charge definition is formulated;
- the refined formula of the electric charge non-invariance is given;
- the electric charge momentum conservation law is obtained;
- the angular momentum conservation law for electric charge is obtained;
- the frequency moment definition (the magnetic moment analog) is formulated in gravidynamics;
- Steiner's theorem for electrodynamics is formulated;
- the rotational motion dynamics equation is constructed for electric charge;
- the formula for the kinetic energy of the rotational motion of an electric charge is constructed;
- a Planck's formula analog for the magnetic field was obtained;
- another kind of uncertainty relation was obtained;
- formula for the interval between two events is constructed in the electric charge space;
- a Reynolds number analog for electromagnetism is obtained;
- the experiments results on finding the Reynolds number in electrodynamics are given.
- the electric charge definition is formulated;
- the refined formula of the electric charge non-invariance is given;
- the electric charge momentum conservation law is obtained;
- the angular momentum conservation law for electric charge is obtained;
- the frequency moment definition (the magnetic moment analog) is formulated in gravidynamics;
- Steiner's theorem for electrodynamics is formulated;
- the rotational motion dynamics equation is constructed for electric charge;
- the formula for the kinetic energy of the rotational motion of an electric charge is constructed;
- a Planck's formula analog for the magnetic field was obtained;
- another kind of uncertainty relation was obtained;
- formula for the interval between two events is constructed in the electric charge space;
- a Reynolds number analog for electromagnetism is obtained;
- the experiments results on finding the Reynolds number in electrodynamics are given.
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Presenters
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Oleksandr Lunin
independent researcher
Authors
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Oleksandr Lunin
independent researcher
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Yevhen Lunin
independent researcher