16.) The Universe as a Vortex, or Something for Astronomers...

Side view of the universe:

All 12 universes revolve around their centre. Not unlike a vortex of water or air.

The energy of a whirlpool dissipates deep beneath the water surface. The energy of a whirlwind dissipates in the Earth’s atmosphere.

The energy of a rotating universe cannot dissipate in any direction. The universe is enclosed from all sides by gravity and other energy forces which we do not yet recognize.

When viewing the “peculiar shape of the universe” from the side, it becomes more than apparent that aside from gravity and centrifugal force, there must be other energy forces in play, ones yet to be discovered. So what actually happens in this enclosed “universal vortex”?

The fastest moving galaxies are those in the lower reaches of the universe, where its diameter is smallest. As its diameter grows on the way up, the speed of galaxies rotating on the abstract axis of the universe decreases. The slowest moving galaxies are those in the upper reaches of the universe, its broadest section.

The centrifugal force “pushes” galaxies from the lower ends of the universe upwards, around its “slanting side walls”. Galaxies that already are in the upper reaches move beneath its upper arc from the edges of the universe towards its central axis. But not one of them can ever reach the centre, for they begin to descend through the centre of the universe before that. Once they reach its lower bounds, the process starts anew. The galaxies in all twelve universes “travel” in this way and, as it would seem, will forever continue to do so.

The aforementioned movement of galaxies in the universe ensures that they will forever “shuffle perfectly”. Thanks to this motion, galaxies that once used to reside on opposite ends of the universe - with respect to its abstract central axis - can now encounter one another.

It therefore follows that some galaxies are moving away from us, others are closing in, others still maintain a consistent distance. Everything only lasts for a finite period of time, before changing anew. However, this time is so incomprehensibly long for us that any shift in motion of distant galaxies towards us will go forever unnoticed.