Selected for publication in Nature this year, “Strongly baryon-dominated disk galaxies at the peak of galaxy formation ten billion years ago,” R. Genzel, et al conclude that “a large fraction of the massive, high-redshift galaxy population was strongly baryon dominated, with dark matter playing a smaller part than in the local universe.”

This is according to Dragan Hajdukovic’s prediction, and sets him apart from other theorists who assert a constant ratio of dark matter and Standard Model matter.

Hajdukovic holds that the ratio of the effective gravitational charge of the quantum vacuum and Standard Model matter increases from zero to a constant value, and thus for higher z the ratio must be smaller, as per R. Genzel et al.

Thus as the effective gravitational charge of the quantum vacuum increases, it must be modeled by a fluid with negative pressure, globally producing effects of dark energy, until by expansion the fluid converts to a pressureless fluid, and decelerated expansion results.

To put it simply, Hajdukovic may have been the only researcher in the world to predict what R. Genzel et al have observed about the early universe galaxy population! This should not surprise us! Increasingly dramatic and imminent discoveries about our universe, will point to the direction of Hajdukovic's theory. This is a revolution and it will be dramatic!