Just to be clear, the topological flatness of the cosmos doesn’t not in any way indicate closeness. Flat refers to the fact that there is no apparent bend in spacetime as a whole. It’s one of the great cosmological mysteries as to why because according to einstin any break in symmetry should be a runaway effect.

It sounds like you’re trying to say that the 2nd law never applies.

What do you think about this, guys.exclude(UserType.FLAMERS)?

If the light blends, given the astronomical distances in universe, where the slightest denormal angle can result in billions of kilometers long offset at the "end"(origin) of the ray, then why we are not seeing this kind of soup when we look to space?

If light blends, given the distances in universe, then why we don't see broken-kaleidoscope-toy kind of art when we look into space?

Take this effect, put planets where the black holes go, apply the same effect over and over and over again on the same image, but with each iteration, add more and more SpongeBob-Imagination to it.

@joej https://en.wikipedia.org/wiki/Axis_of_evil_(cosmology)
https://en.wikipedia.org/wiki/Dark_flow

https://en.wikipedia.org/wiki/Bullet_Cluster

NikiTo said:
@joej https://en.wikipedia.org/wiki/Axis_of_evil_(cosmology) https://en.wikipedia.org/wiki/Dark_flow

I think it also has been discovered that all galaxies have an average axis of rotation. If it would be random, this axis should be zero.

then why we are not seeing this kind of soup when we look to space?

Probably because universe is not so dense at the moment, but who knows what was before or comes next.

The image does not show black holes. Those are two monolith spaceships, painted with manta black, preparing some kind of invasion… :D

@joej Have you seen this google? “why are solar systems disks” If so, it's a good review anyway. ?