Galaxy Clustering

Galaxy Clustering is a cosmic web made up of the clusters of galaxies that are bound by macro cohesion gravity from the natural affinity between galactic vortices.

• Modern Physics thinks of this as the effect of dark matter.

The clusters are connected by huge voids and is filled with filaments and walls.

Spacetime

The space particles (Dark matter) makes up about 27% of the universe and acts as an invisible gravitational scaffold.

Without them, galaxies would not have enough mass to stay bound, and large-scale structures would never have formed so quickly or strongly.

Macro-Aetherspace

The macro-aetherspace (dark energy):

• makes up roughly 68% of the universe
• drives the accelerated expansion of space itself.

While space particles pull matter together, the macro-aetherspace pushes it apart on the largest scales.

This cosmic repulsion:

• Slows the growth of new structures over time.
• Limits how large clusters can become.
• Influences the overall pattern and distribution of galaxy clustering.

Galaxy clustering results from the competition between these two forces.

Since each idea is made up of citta or mindstuff, then each cluster has more of the macro-aetherspace (mos2) which is called dark energy.