Light hypernuclei formation in the hyperonization process of quark-gluon plasma

The purpose of this article is to describe the relativistic corrections to the spectrum of bound states during hyperonization when interactions between quarks and gluons in the semi-quark-gluon plasma occur and then appear color decay and color transformation between particles. I will consider this issue, according to the asymptotic behavior of the loop function in the scalar external gauge field based on the quantum field. This opinion was formed and presented using the projective unitary representation method and technique (oscillator representation method) based on the Schrödinger equations converge toward the semi-relativistic equation and can take into account some relativistic effects of mass and interaction in a coupled system. Such calculations represent the interaction between the hyperon and the nuclei core when the quark-gluon plasma cooled down and we cannot see the free quarks and gluons, it occurs near the 150 MeV temperature in the quark-gluon plasma environment. The constituent mass and mass spectrum of hypernuclei presented with relativistic corrections. It is a new calculation and description of a coupled state of hadrons based on quantum field theory and the relativistic effect of interactions.