- Mesonic hydrogen mass spectrum in the oscillator representation,

At the present time the technical achievements of experimental studies make it possible to obtain the ions heavy elements with one electron, so electromagnetic interaction becomes the order of one, so that electromagnetic interactions become strong and the calculation of relativistic corrections becomes necessary. However, the theoretical models, intended for describing the relativistic corrections to the spectrum, are limited to the lowest order on the coupling constant. We will consider this problem, according to the asymptotic behaviour of the loop function in the scalar electrodynamics field and use the oscillator representation method. To make more sense of the calculations, mesonic hydrogen atom system has been studied to pave calculation methods for other atoms and systems including quarks, glueball, and pomeron which can be over- generalized using the intended potential.

Oscillator method, Loop function, Bound state, Constituent mass, Exotic atoms.