QGP with generalized uncertainty relation.

The generalized uncertainty principle (GUP) is a familiar prescription to study indirectly the corrections that would be admissible in the vicinity of the Planck scale for physical systems. Quark Gluon-Plasma (QGP) is believed to be a phase of matter at very high temperatures and/or high pressure. So QGP phase of matter would be expected to receive Planck scale correction. In this context, the Plank scale effect for the QGP phase that is expected to occur at a very high density as well as at extremely high temperature is studied. The probable Planck scale correction on critical baryon number density has been studied using Bag model. Using the same model at extremely high temperature the entropy of pion gas, per quark and per gluon also have been calculated with the same perspective. [ABSTRACT FROM AUTHOR]