Standard cosmology introduces dark matter to preserve gravitational models based on an empty and passive vacuum. Quarkbase Cosmology follows a different path.
In this framework, the vacuum is a real physical medium, and all gravitational and cosmological phenomena emerge from its volumetric compactation and pressure structure. No invisible matter components are required.
Foundational article explaining why dark matter is unnecessary once the vacuum is treated as a physical medium and the neutrino is identified as the quarkbase N=1.
Explanation of flat galaxy rotation curves as a consequence of vacuum pressure gradients generated by large-scale compactations.
Interpretation of strong and weak gravitational lensing as geometric effects of structured vacuum, not as evidence for missing matter.
Back to overview: Quarkbase Cosmology – main overview