A team of international radio astronomers on April 10 announced the first image of the black hole in close-up.
The image demonstrates a halo of gas and dust, following the outline of the enormous black hole, at the core of the galaxy named Messier 87, which is at a distance of 55m light years. It looks as large as Sagittarius A* in the sky, the littler yet very super-massive black hole in our planetary system at the center. This declaration is the initial result from the exertion that started in April month of 2017, including each significant radio telescope on the Earth all in all named the Event Horizon Telescope.
The Event Horizon Telescope depends on the method known as the interferometry. This is somewhat similar to endeavoring to remake the stone being dropped in the lake by setting the detectors around the edge of the lake for measuring the ripples out. Also, with these EHT, the signals of each of the eight telescopes must be merged and fed to a computer to transform the heap of unimaginable blips in the visual image.
This introduced a phenomenal computational test: the information amount gathered was enormous to the point that it must be physically transported to the central area, the observatory of MIT Haystack, as a large portion of the huge amount of the hard drives.
France Córdova, the director of US National Science Foundation and the astrophysicist, stated that the picture, which she had just observed as it was uncovered at the press conference she was leading, had conveyed tears in her eyes. “We are concentrating on the black holes for such a long time which occasionally it is anything but difficult to overlook that no one of us has seen,” she stated. “This will leave the imprint on the individuals’ memories.”