Editing Talk:2035: Dark Matter Candidates
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::My point exactly - we now know quite a bit about the mass needed and process required to form a neutron star, making it unlikely the same mass would be able to form a black hole. I think that's what Randall meant in that part of the chart, but that's not what the explanation states. (Unfortunately, I've reached the point where I no longer want to argue with other editors over correct explanations.) [[User:Ianrbibtitlht|Ianrbibtitlht]] ([[User talk:Ianrbibtitlht|talk]]) 23:55, 20 August 2018 (UTC) | ::My point exactly - we now know quite a bit about the mass needed and process required to form a neutron star, making it unlikely the same mass would be able to form a black hole. I think that's what Randall meant in that part of the chart, but that's not what the explanation states. (Unfortunately, I've reached the point where I no longer want to argue with other editors over correct explanations.) [[User:Ianrbibtitlht|Ianrbibtitlht]] ([[User talk:Ianrbibtitlht|talk]]) 23:55, 20 August 2018 (UTC) | ||
:It seems intuitively possible, though. Imagine a black hole with the very lowest mass current theories predict they could form at, at the earliest point in time such a hole would be able to form. How much mass would it have shed through Hawking radiation since then? How far down into the neutron star weight class would it have gone by now? [[Special:Contributions/162.158.134.112|162.158.134.112]] 11:33, 24 August 2018 (UTC) | :It seems intuitively possible, though. Imagine a black hole with the very lowest mass current theories predict they could form at, at the earliest point in time such a hole would be able to form. How much mass would it have shed through Hawking radiation since then? How far down into the neutron star weight class would it have gone by now? [[Special:Contributions/162.158.134.112|162.158.134.112]] 11:33, 24 August 2018 (UTC) | ||
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