So, The Universe Might Well Be Spinning Then.

Recent research studying clusters of galaxies has shown that many of them were oriented in the same direction in the early universe. This would indicate that the frame itself is rotating, causing a ‘cosmic coriolis effect’ as we previously explored, but this time on a galactic level.

I would like to make a prediction then. I would like to predict that there are repetitions in galactic clusters. I envisage it like so:

As light from a galaxy travels around and towards the center of the black hole universe we have described, it might find certain paths or world-lines that traverse one whole spin around the black hole, arriving at the same initial galaxy at a later point in time.

This would mean that looking outwards, some galaxies or superclusters or galaxies may contain us in a previous state in time.

Given that the shape of superclusters evolves with time, there would be some discrepancy between the current and previous state, but also some similarities.

If this is a correct prediction, identifying the self-similar clusters and the respective distances between them could well be used to not only identify the topological shape of the universe and black holes (twistor-like, sphere-like, etc), but could also potentially be used to calculate the size of it.

There’s plenty more to add to the framework, and I’ll try to add more and revise it as I go.