Thermodynamics of the Transformation of Gravitational Waves into Matter   Quantums for a Vacuum Space Model
  It is shown that the entropy of low density monochromatic gravitational waves, waves required for the stabilization of the crystalline structure of vacuum cosmic space, varies with the volume in the same manner as the entropy of an ideal gas formed by particles. This implies that close enough to the big-bang event the energy of all the 10 to the 120 power gravitational waves, under an adiabatic compression process, which stabilizes the crystalline structure of vacuum space behaves thermodynamically as though it is consisted of a number nB = 10 to the 80 power of independent energy or matter quanta (neutrons).   PACS numbers: 03.50.De, 03.65.-w, 04.20.-q, 61.50.-f, 65.50.+m, 98.80.Ft, 97.60.Lf 
J. A. Montemayor-Aldrete, M. Lopez de Haro, J. R. Morones-Ibarra, A.   Morales-Mori, Mendoza-Allende, E. Cabrera-Bravo and A...