CONCEPT OF THE MOST AVERAGE WAVE IN QUANTUM PHYSICS: OUTLINING THE GAVAON

This article explains the formation conditions of a wave/particle with the relativistic relationship between de Broglie and Compton wavelengths, idealizing the Interval Operator Î to costrutct a basis for it to exist. When you canonically quantize this equation and multiply it by the wave function to create a wave equation, you return with a type of wave that does not maintain in rest in some time t and when the wavevector k→0, its angular frequency ω tends to infinity (which means almost infinite energy). This circumstances defines the Gavaon (denoted by 𝒢), the most average wave/particle on quantum physics.