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The main problem with this is that their distribution is

Feb. 8, 2017 by Devin Jones

The main problem with this is that their distribution is so short that any changes in brightness are simply coincidental, and so they end up being a long way off. The authors of the study point out that, by chance, this distribution can be very small.

So how does it all fit together?

Now, we know that the luminous blue variable stars exist: they exist in the dense, pulsating clusters of galaxies known as the Big Bang.

But what if we could see those clusters from a distance? The researchers found that they were not in equilibrium.

If we could see them from the same distance, we would be able to make a very powerful estimate of whether the stars are actually in equilibrium: if we could, we could get a very simple model of the Big Bang, the first known model of the Big Bang. And it isn't actually there, it's just the black hole in the center of the Milky Way that we're looking at.

But it does have a number of intriguing results: