Amazing. Simply amazing. Side note: Thank you for posting this. I had completely forgotten that it was today.
I think it was Brian Cox who speculating that maybe - just maybe - some of the data recorded might cause some trouble with Einsteins equations, and might cause some re-evaluation.
The correct answer is "no." What you see is the accretion disk of plasma. The hole in the middle isn't visible. Either way it's smiling at us.
Wow! This is astonishing. Einstein comes up with a description of gravity over 100 years ago, and one of its theoretical consequences is the prediction of massive bodies--black holes--that so strongly distort space and time, that not even light can escape from within their horizons. Physicists derive many properties of these bodies, and make predictions about what they'll look like. Astronomers find radio sources that indicate the presence of these objects--one at the heart of our own galaxy--and indirectly detect their presence by observing the trajectories of stars moving through their assumed gravitational fields. And then scientists and engineers build an amazing telescope distributed over the globe, capture massive amounts of data, and constitute it into the first images of one of these objects. And does it match the predictions? Sure looks like it does. An incredible day for science. Bravo!
so if it's 50 million light years away it may not exist anymore - we see it as it was 50 million years ago. That's pretty trippy!
The image reminds me of the illuminated machine gun reticle in the gunner's daylight periscope on an M60A3 (an area-target reticle rather than a more precise one, which is why I never used it). For obvious reasons the slang term for it was the "flaming asshole".
And now that I think about it, you can roll it all the way back to Newton's work. Einstein was thinking about how Newton's Laws would apply to light when he realized that they didn't describe everything perfectly and that's when he and his first wife, Mileva Marić, developed his theory of relativity.
There's 5 petabytes worth of data on those drives, and Katie Bouman used it to create the image of the black hole.