On the correlation between average velocities of galaxies and their average luminosities in the closest large clusters of galaxies

The evolution of baryonic matter caused by the interaction with the dark energy carrier and its possible influence on the spectral characteristics of atoms are considered. Taking into account the earlier conclusion about the secular growth of mass of atomic nuclei and (perhaps) elementary particles due to interaction with the dark energy carrier, we reach a conclusion that in the course of evolution the spectral series of chemical elements should undergo blueshift. The longer is the evolution path, the higher is blueshift. We show here that galaxies of the two nearest clusters of galaxies exhibit a luminosity-redshift negative correlation which was expected in the frame of this deductive reasonings.