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Order of Estimate of Graviton Mass and Its Relationship to Primordial Graviton Wavelength

The following question is asked, how does one get a scaled dimensional value to a non zero graviton mass in the present era, from primordial initial conditions of the universe? Using Valev generated mass of the universe values, as well as a Valev valued radius of the universe in the present era, we derive a massive graviton mass of about 10 to the – 62 grams or nucleongmeVm3829102~102−−××<which puts severe constraints upon the relic graviton wavelength. In doing so, we affirm that the initial gravitons are massively redshift expanded, while also putting severe constraints upon the Hubble parameter. Doing so means using the Visser stress energy tensor for massive gravitons. The results so obtained are consistent with massive redshift stretching of primordial EW (or earlier) GW production. If relic GW and gravitons are not forced to be ultra low frequency, then Lavenda’s questions as to the soundness of inflation have to be revisited