The QCD Axion Mass Window Set Against the Bounce Temperature of a Torsion-Regulated Cosmology

Across the grid the axion mass runs from 5.70e+04 micro-electronvolts at the lowest decay constant to 5.70e-02 micro-electronvolts at the highest. At the reference decay constant of 10^12 GeV the mass is 5.70e+00 micro-electronvolts and the constant-mass oscillation temperature is 1.88e+01 GeV. The bounce ceiling, by contrast, sits at 3.28e+22 K, or 2.82e+18 eV in thermal units, set by the bound density of 9.72e+54 g per cubic centimetre. The ratio of oscillation temperature to bounce temperature at the reference point is 6.67e-09: oscillation begins at a temperature many orders of magnitude below the hottest temperature the bounced universe attains. This study is computed from stated assumptions and published comparison values; it is not a measurement.