THE PRIMORDIAL PHOTON WHITE-HOLE INITIATES THE UNIVERSE

At the beginning Planck space-time, Inflation initiation requires a primordial white-hole that only a single photon can provide. The resulting photon gas expands with an equation of state that is governed by its Helmholtz Free Energy which yields an exponentially accelerating solution for the Scale Factor and a flat Universe. The constant Planck energy density of the photons is converted into a quark-gluon plasma by the Higgs and yields the observed mass of the Universe at the time of about 10^-22 secs which is the mean life-time of the Higgs boson. The time dependence of the density and Scale Factor during the quark-gluon mass epoch is determined. Due to this finite mass a larger white-hole manifests with the specific times and properties of the hadron and CMBR epochs concurring with this white-hole model.