Special-relativistic aberration

The observer resides in the center of a sphere which has a grid attached to it on the inner side. The faster the observer moves, the stronger the aberration effect is. Here, the full sky panorama (4pi) view is shown.

[JHandle]

I only just started looking for aberration videos. It might be helpful to state that just as velocity is relative, aberration is also relative. It also means that contrary to naive interpretations of standard cosmology, not all observers have to appear at the center of their observable universes. Those with high relativistic speeds will, if they assume they are at rest, as special relativity claims they may objectively do, conclude that the majority of their observable universe is located to one side of them, and mostly approaching them, at mostly relativistic speeds, while the minority of their observable universe is on their other side and mostly receding, also at mostly relativistic speeds.

[jill]

This would look fantastic in a 360 video