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Classical Explanation of the Planck Formula e = hv and the Large Magnetic Moment of the Electron

Yefim Bakman

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Abstract

The Planck formula was derived on a mathematical basis, and to date, the physical reason for the proportionality of the energy and frequency of a photon has not been explained. With regard to the magnetic moment of an electron, the dominant paradigm cannot explain why a small electron has a larger magnetic moment than a proton. Here, we show that the new paradigm explains both misunderstandings based on the definitions of space and mass.

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The Planck formula was derived on a mathematical basis, and to date, the physical reason for the proportionality of the energy and frequency of a photon has not been explained. With regard to the magnetic moment of an electron, the dominant paradigm cannot explain why a small electron has a larger magnetic moment than a proton. Here, we show that the new paradigm explains both misunderstandings based on the definitions of space and mass.

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Available abstract

The Planck formula was derived on a mathematical basis, and to date, the physical reason for the proportionality of the energy and frequency of a photon has not been explained. With regard to the magnetic moment of an electron, the dominant paradigm cannot explain why a small electron has a larger magnetic moment than a proton. Here, we show that the new paradigm explains both misunderstandings based on the definitions of space and mass.

Key concepts: Planck, Physics, Electron, Electron magnetic dipole moment, Magnetic moment, Moment (physics), Anomalous magnetic dipole moment, Basis (linear algebra)

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