Introduction

17. The flattened universe.

One unavoidable consequence connected to the property of all extended masses is that also the universe must have a gravity centre that must have a very large SV. It must be obvious to expect that where Big Bang once started there must be a big black hole today.

Our universe is evenly distributed around a gravity centre and moves around this centre in exactly the same way as solar systems moves around gravity centres of a galaxies. This could explains why the universe is flat (in the same way that galaxies are).

There is a god reason to assume that this gigantic black hole of our universe has an enormous appetite and therefore swallows huge amount of galaxies which are transformed to space. This can cause periods with pulsating speed of expansion. But well this is 'only' speculation.

M59, an elliptical galaxy (type E5), is a member of the Virgo Cluster of Galaxies.

Huge elliptical galaxies exist mostly near the centre of a cluster of galaxies.

This also shows that extended mass of a cluster of galaxies creates huge SV in its centre.

It is such SV that pulls the inner galaxies of the clusters into a form of ellipse.