I recently saw the blog about a star that is likely older than the Universe. I thought the article was about HD 140283 being older than the universe was going to put forth what I have always thought about the big bang.
That is why is it that the explosion point of a grouping of merged blackholes has to be the sum of all matter in the universe? It would seem more rational to assume that it is a high number, but that much matter (stars predominantly) may have escaped the grouping of black holes that created the big bang. Similarly there could be other black holes that did not merge before the big bang occurred and share these ancient ages.
I would very much like to hear other takes on this.
Thanks,
Jzaz17
That is why is it that the explosion point of a grouping of merged blackholes has to be the sum of all matter in the universe? It would seem more rational to assume that it is a high number, but that much matter (stars predominantly) may have escaped the grouping of black holes that created the big bang. Similarly there could be other black holes that did not merge before the big bang occurred and share these ancient ages.
I would very much like to hear other takes on this.
Thanks,
Jzaz17