We list the observational criterion upon which such a scheme could be based. Quasar Observations Spectra Apparent luminosity Variability as a function of time Angular proper motion of quasars Angular extent of quasar lobes Angular expansion rate of jets Most of the other quantities are derived from theory. The cosmological interpretation corresponding to each of these respective observations are described in the following list. Cosmological Quasar Theory Emission lines are redshifted, the quasar is extragalactic. Harbour black holes in their center, impossibly high energy density.
Radio lobes are the most enormous objects in the universe.
Black holes are nothing more than theoretical objects required to explain the paradoxicaly large energy generation, confinement, and variability. If the quasars are assumed extragalactic there is no other way to explain the size of the radio lobes and the absolute luminosity. If we plot any of these derived theoretical quantities versus any raw observational parameter we always obtain a scatter diagram. There is no trend, the data has no correlation with onservational quantities. The redshift versus apparent magnitude is scatter diagram, and so is the largest angular size versus apparent magnitude, ditto for the spectra versus distance.