New research shows that JADES-GS-z13-0, JADES-GS-z12-0, and JADES-GS-z11-0 -- three high-redshift galaxy candidates detected by Webb -- are consistent with a supermassive dark star interpretation.
We don’t even know what dark matter even is – or if it actually exists. We just assume, by fitting data into our existing models, which might well be flawed. It’s just all “our best guess” right now, so it’s not surprising that the article is vague.
Yeah, clearly. Someone (hopefully smarter than me) came up with a concept, and a few extra details as to what they mean would have been appreciated in the article.
It’s somewhat controversial. I think the majority of astrophysicists say dark matter is probably or even likely real. But there are a small and growing number who dispute this and say the standard model needs revision, and we possibly misunderstand or miscalculate gravity models over vast distances. Sabine Hossenfelder on YouTube has some interesting videos about it.
We don’t even know what dark matter even is – or if it actually exists. We just assume, by fitting data into our existing models, which might well be flawed. It’s just all “our best guess” right now, so it’s not surprising that the article is vague.
Yeah, clearly. Someone (hopefully smarter than me) came up with a concept, and a few extra details as to what they mean would have been appreciated in the article.
It’s somewhat controversial. I think the majority of astrophysicists say dark matter is probably or even likely real. But there are a small and growing number who dispute this and say the standard model needs revision, and we possibly misunderstand or miscalculate gravity models over vast distances. Sabine Hossenfelder on YouTube has some interesting videos about it.
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