First image of "black hole" in 2019

sam5971

Senior Member
Feb 13, 2020
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The Event Horizon Telescope has released the first direct image of a black hole in april 2019. This black hole lurks in the centre of a nearby galaxy called M87. This historic image shows a ring of light coming from the gas falling into the black hole.The EHT has imaged the silhouette or shadow of the black hole at the centre of M87, a galaxy 55 million light years from us. To make this image, astronomers combined data from 8 different telescopes across the world in an experiment in April 2017. The data was taken at a frequency of 230 GHz, or a wavelength of 1.3 mm. Using this, astronomers have formed an image of the black hole for the first time. The event horizon of a black hole is the ultimate boundary. Nothing from within it can escape out. The ring of fire in the EHT image is light from the gas falling into the event horizon, whose shadow is the dark hole in the centre. The exact shape of the ring is due to the way the incredible gravity of the black hole bends the light around it,and the incredible speed at which the gas is travelling is why the ring is not uniform in brightness.

Real of fake...Judge by own!
 
Thank you, the universe has not revealed all its mysteries about black holes.

For the first time, astronomers have spotted active bursts of stars forming in a galaxy at the center of a dense cluster. In galaxy clusters, supermassive black holes in the central galaxies typically heat up gases, keeping them from condensing into new stars.

Strange galaxy cluster ignores massive black hole, forms stars
 
The Event Horizon Telescope has released the first direct image of a black hole in april 2019. This black hole lurks in the centre of a nearby galaxy called M87. This historic image shows a ring of light coming from the gas falling into the black hole.The EHT has imaged the silhouette or shadow of the black hole at the centre of M87, a galaxy 55 million light years from us. To make this image, astronomers combined data from 8 different telescopes across the world in an experiment in April 2017. The data was taken at a frequency of 230 GHz, or a wavelength of 1.3 mm. Using this, astronomers have formed an image of the black hole for the first time. The event horizon of a black hole is the ultimate boundary. Nothing from within it can escape out. The ring of fire in the EHT image is light from the gas falling into the event horizon, whose shadow is the dark hole in the centre. The exact shape of the ring is due to the way the incredible gravity of the black hole bends the light around it,and the incredible speed at which the gas is travelling is why the ring is not uniform in brightness.

Real of fake...Judge by own!


First, it's a silhouette and not a shadow. I couldn't get through the video due to the hurrible computer voice. Why do you say it could be fake :blahblah:?
 
OK, you will take a picture of a mountain from a distance of 10 miles.

Together with you, will be other photographers, also at 10 miles from the mountain, but they are standing in spots separated at 5 feet each from the another.

All of you take pictures of the mountain.

Will you see any difference?

I doubt it.

Same as well, no matter where were you located on earth and where earth was located in reference to the Sun, but pictures of such a galaxy from our points of view will be the same.

You can use a thousand telescopes and obtain a thousand pictures, such won't make any difference and won't add anything to the image. Your legs have been pulled.

Now well, because you see a black empty spot in the cosmos, that won't mean is the phenomenon called a black hole.

Such is peanuts.

Pictures from distances like far away galaxies, are seen as static images for decades, centuries.

The video you have posted is full images which are nothing but computer manipulations.

In reality, black holes do not exist, it is an invention which was created to make valid the absurd theory of relativity. Investigate and you will find out that the same dude (Eddington) who by fraud validated relativity in 1919, he is the one who also "validate" black holes.
 

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