INFLUENCE OF THE MAGNETIC INTERACTIONS ON THE MASS SPECTRUM OF ELEMENTARY PARTICLES

Abstract

Purpose. Different approaches to the problem of mass quantization are discussed. Methodology and Approach. The Barut ideas of crucial influence of magnetic forces for explaining the properties of the strong interaction are considered in details. Results. It is shown that this approach gives a possibility to consider the enormous number of elementary particles (about 400) as the excited states of stable fundamental particles (e, p, v), bounded by magnetic interactions. Theoretical and Practical implications. The results of the study make a great contribution to the theory of electromagnetism and help better understand the fundamentals of quantum mechanics.

Keywords

• mass spectrum
• mass quantization
• Barut formula
• Koide formula
• Varlamov formula
• anomalous and normal magnetic moments of particles