I hope they show the calibration to a known object in the same area....smells like a book deal without it.
Hawking Radiation and Black Hole Thermodynamics
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Apparently that image -which is composited from many many telescopes is only 2 - 3 pixels wide in most of them. The real object imaged is the size of a full stop in the sky, a full stop viewed from the moon! It is an amazing feat of collaborative science.
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Apparently that image -which is composited from many many telescopes is only 2 - 3 pixels wide in most of them. The real object imaged is the size of a full stop in the sky, a full stop viewed from the moon! It is an amazing feat of collaborative science.
Like any science around BH it is impossible to validate. I don't know why they waste time on things like that.
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I don't know why they waste time on things like that.
Well, they have the toys, and like to play with them. And in the middle of the night the TV is usually rubbish anyway.
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Looking at light moving through time should be .... uniform. I'm adding this to night time TV also..
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I think the fact that one side of the halo is brighter than the other will give clues
For clarifier
verisatium
External Content www.youtube.comContent embedded from external sources will not be displayed without your consent.Through the activation of external content, you agree that personal data may be transferred to third party platforms. We have provided more information on this in our privacy policy.looks good from my ordinary 3D armchair perspective
so does this 4D cube rotation
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Wow 50 micro arc seconds.
Would be interesting if they could make an observation someday during a rocky planetary body conjunction. (I guess it’s out of plane though)
I wonder what the rotational velocity is of the accretion disk compared to line broadening etc. It’s polarisation properties and what that says about its magnetic field. it’s radiance etc lots to digest there I guess.
Is the disc dispersed or also dense?
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