Elementary Quanta of Action of the Four Fundamental Interactions, Units Determined by the Universal Constants, and the Three-Wave Model of the Elementary Particle
Ludwig Kostro
Keywords: three-wave model of the elementary particle, elementary quanta of action, gravitons, weak interactions, Planck's natural units, Einstein's relativistic ether, de Broglie wave field, Mackinnon's solito
It will be shown that in the mathematical formalism of elementary particle physics, there exist (in a latent form) four types of constants that have the dimensions of action and are closely tied to the four fundamental interactions. It will also be shown that apart from Planck's natural units, there are four additional sets of units determined by universal constants. The physical meaning of the quanta of action and units under consideration (especially in the framework of the three-wave model of the elementary particle proposed by the author in 1978) will be discussed.
