The basic fundamental physical constants can be expressed in terms of Planck constants: of the length, of the mass, of the time. Also, in units of measurements: meter, kilogram, and second, can be expressed electromagnetism units of measure, for example, amperes, volts, ... See, for example, article: ELECTRIC CHARGE AS A FUNCTION OF THE MOMENT OF MASS. GRAVITATIONAL FORM OF COULOMB'S LAW. https://hal.archives-ouvertes.fr/hal-01374611v1 To improve the accuracy of Planck's constants, it is proposed to relate the characteristics of a hypothetical Planck particle and the characteristics of a muon. See, for example, articles: FRACTAL GENESIS OF THE ANGLES OF THE NEUTRINO MIXING MATRIX. https://hal.archives-ouvertes.fr/hal-01782443v1 FRACTAL STRUCTURE OF THE FUNDAMENTAL CONSTANTS. NUMERICAL EVALUATION OF THE VALUES OF SOME OF THE FUNDAMENTAL CONSTANTS WITH USE OF THE MAJOR CHARACTERISTICS OF MUON. https://hal.archives-ouvertes.fr/hal-01581300v1 This approach allows for increasing the accuracy of the fundamental physical constants. See preprint: Improving the accuracy of the numerical values of the estimates some fundamental physical constants. https://hal.archives-ouvertes.fr/hal-02117148v1
Since units of measurement of most constants and variables of gravitational and electromagnetic interactions can be expressed in units of measurement: of the length, of the mass and of the time, that is, through: meter, kilogram and second, it is convenient to choose Planck constants: of the length, of the mass, of the time as the basis of fundamental physical constants. However, in the practical use of these constants problems arise:
1) their low accuracy; 2) indirect, not direct connection with the characteristics of real elementary particles. To eliminate these problems, it is proposed to establish a direct relationship between the characteristics of the hypothetical Planck particle and the characteristics of the muon. Since the characteristics of the muon and the hypothetical Planck particle are golden algebraic fractals, this relationship can be established on the basis of the similarity coefficients of golden algebraic fractals. This approach improves the accuracy of the Planck length and of the Planck mass by three orders of magnitude, and of the Planck time by four orders of magnitude. Improving the accuracy of measurements of the characteristics of the muon will automatically increase the accuracy of all fundamental constants, which are determined on the basis of the Planck constants: of the length, of the mass, of the time.
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