Lorentz force: When an electron moves through a magnetic field, it is deflected sideways (perpendicular to the plane of magnetic field and direction of movement).

The electron goes through a spiral or helical path and loses kinetic energy in the form of EM radiation.

The Lorentz force F = qv x B is a law that explains neither the deflection process nor the loss of energy in the form of electromagnetic radiation.

<aside> 📌 Presumtion: In an external magnetic field, the magnetic dipole of the electron is aligned with the field. In the process, photons are emitted periodically by an electron in motion (Lorentz force). The photons moment of inertia cyclically 1. disturbs the alignment of the electrons magnetic dipole to the external field and 2. the electron is deflected laterally. ↓36↓

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