Boson star under Cornell potential

Signals coming from Quark Gluon Plasma (QGP) at high density and temperature can give information about evolution of the early universe expansion. Supernova explosion of universe expansion represents the phase transition in the early universe. There is formation of the compact stars after the supernova explosion. Neutron stars are one of the probable signals of early universe formation in which the quark and gluons are defined in free degree of freedom. Like neutron star, a boson star (BS) may have been formed through gravitational collapse during the primordial stages of the big bang. For these type of stars to exist there must be a stable type of BS that possesses a small mass of magnitude. However, it may possibly detect them by the gravitational radiation emitted by a pair of co-orbiting boson stars