Equivalences of Physical Quantities and Constants

The principle of equivalence of physical quantities was demonstrated on the equivalences of the basic physical quantities: ‎energy, space, time, electric charge, magnetic flux, and mass, as well as electrical ones: capacitance and inductance. A series of ‎physical quantities and equivalences of each of these quantities, as well as the coefficients of these equivalences, are presented.‎ Sequences of equivalences of physical quantities will expand our understanding of the physics of nature. Equivalences of ‎energy, mass, space, and other physical quantities indicate equivalences of physical constants.‎ Equivalences of physical constants allow one constant to be calculated through another, while it is possible to increase the ‎accuracy of some constants at the expense of others, more accurate ones. ‎ This article pertains to theoretical physics.

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Publication Details

Journal
International Journal of Physical Research
Published
2025-08-19
DOI
https://doi.org/10.14419/xctpkd10
Primary Topic
Quantum Mechanics and Applications
Type
article
Field-Weighted Citation Impact
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article

Equivalences of Physical Quantities and Constants

Vladimir Nikolayevich Sukhanov
International Journal of Physical Research
Quantum Mechanics and Applications
article

Equivalences of Physical Quantities and Constants

Vladimir Nikolayevich Sukhanov
article en

Abstract

The principle of equivalence of physical quantities was demonstrated on the equivalences of the basic physical quantities: ‎energy, space, time, electric charge, magnetic flux, and mass, as well as electrical ones: capacitance and inductance. A series of ‎physical quantities and equivalences of each of these quantities, as well as the coefficients of these equivalences, are presented.‎ Sequences of equivalences of physical quantities will expand our understanding of the physics of nature. Equivalences of ‎energy, mass, space, and other physical quantities indicate equivalences of physical constants.‎ Equivalences of physical constants allow one constant to be calculated through another, while it is possible to increase the ‎accuracy of some constants at the expense of others, more accurate ones. ‎ This article pertains to theoretical physics.

International Journal of Physical ResearchVol. 13(2)
ORCID (US)
Openalex Percentile: Top 84%
Quantum Mechanics and Applications
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