Rhythmic Quantum Mechanics: Rhythmic Ratio of the Wave-Particle

Abstract This article tries to propose an analysis of the photons and wave-particles in terms of rhythmic cycles, considering their dynamics and geometry. In the theoretical hypothesis of the Rhythmic Quantum Mechanics, the photon has a basic quantum cycle, and each wave-particle has its cycle related to the basic quantum cycle of the photon by a quantum rhythmic ratio. Electromagnetic fields and massive wave-particles follow the same universal rhythmic space-time dynamics of the basic quantum cycle. The article presents the relations between the basic quantum cycle of the photon, the wave-particles at rest and in relativistic motion, considering the Planck, Compton and de Broglie scale of energy, momentum, frequency, velocity, mass, time, wavelength.