First Black Hole Photo Shows Christopher Nolan’s Interstellar Wasn’t Far Off

Astronomers revealed the first image of a black hole. This event is a large-scale scientific achievement and goes even further in the direction of Albert Einstein's theory of general relativity, which is huge, especially since this theory dates back more than 15 years. ;a century. In 2014, Christopher Nolan published Interstellar which, at the time, was renowned for its scientific accuracy. One of the most memorable scenes of the film is the one where the black hole was revealed. The director wanted this to sound as realistic as possible, which is why he was helped by the famous physicist Kip Thorne.

Kip Thorne used theoretical equations to give an idea of ​​what a black hole might look like. Close this. Now that the astronomers have finally proved that the black holes are real and have provided photographic evidence, it seems that Thorne and Christopher Nolan have come closer, although the director has taken visual liberties by displaying his version on the big screen. At first glance, they may not look like, but Thorne was able to show the accretion discs made up of gas and dust illuminated and swirling around the black hole.

The black hole is 55 million light years from Earth. in the galaxy Messier 87 or M87. The image was made with the help of 8 telescopes around the world, which allow to create a composite image of massive shadow. In reality, it is a silhouette of the supermassive black hole, which has a mass 6.5 billion times that of the Earth's sun. Although the image Interstellar is remarkably different, the science behind it is solid and almost present, according to Kazunori Akiyama, a postdoctoral researcher at MIT Haystack Observatory.

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Kip Thorne wrote a companion book for Interstellar and explained the science on which the film is located. The accretion disk that surrounds the black hole is "anemic and low-temperature – about the temperature of the sun's surface," according to Thorne, that's why we can see the gas and dust surrounding the & rdquo; Real image of black. hole. It's quite amazing that Thorne did his calculations based on Albert Einstein's theory of relativity and came close to what a real black hole looks like. As for the line running through Christopher Nolan's version, it's just not visible from the official image because of the angle, according to Kazunori Akiyama, who compared this line to that of Saturn's view from above, noting that his rings do not pass through the planet at this specific angle.

The light approaching the Earth would be much brighter than the light moving away, as shown in image M87. Christopher Nolan would be more brilliant because they are closer to the supermassive black hole. An essential difference, apart from the stray light from Nolan, is that the M87 has a thicker accretion disk than Kip Thorne originally thought. High Life with Robert Pattinson in mind, also shows a black hole and they are very close, thanks to the "cosmic consultant" Aurélien Barrau. You can see the image of the black hole below, thanks to the CNN Twitter account.


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