Speaker
Description
Two loop thermodynamic equation of state (EOS) at finite chemical potential is studied at one stable droplet size. Due to the presence of the chemical potential in two loop correction, formation of bubble/droplet of quark gluon plasma (QGP) is modified, and at this particular stable droplet the thermodynamic parameters such as pressure, energy density, interaction measurement, entropy, specific heat and speed of sound are determined and compared with the relevant lattice data. The effect of chemical potential modifies the earlier results in close proximity with lattice and it is very good to represent the equation of state of forming quark gluon plasma formation. It means that the effect of chemical potential in two loop correction can signify the presence of large number of charge particles in the earlier universe formation indicating the high density nuclear matter.
