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November 19 (UPI) – For the first time, scientists have brought back the black hole in the center of the Milky Way, visually.
Astrophysicists have used the latest computer models describing Sagittarius A * to construct a virtual reality simulation of the supermassive black hole. The rendering can be viewed at 360 degrees and can be experienced with the help of a virtual reality headset.
Scientists have described their virtual creation in a new article, published Monday in the journal BioMed Central.
"Our virtual reality simulation creates one of the most realistic views of the black hole's direct environment and will help us learn about the behavior of black holes," said Jordy Davelaar, astrophysicist at Radboud University of Nijmegen in the Netherlands. Release. "It's impossible to travel through a black hole in our lives, immersive visualizations like this can help us learn more about these systems, from where we are."
Davelaar and his colleagues believe that their 3D rendering could both facilitate the study of black holes and spark public interest in astrophysicists.
"The visualizations we produced have great radiation potential," Davelaar said. "We've used them to introduce kids to the black hole phenomenon, they've really learned something about it, which suggests that virtual reality immersive visualizations are a great way to show our work to a wider audience, even when you're not in the dark. it's very complex systems like black holes. "
The mass of the black hole in the center of our galaxy is four million times more massive than the sun. To create the massive structure in virtual reality, scientists first simulated the plasma dynamics surrounding the black hole. Next, scientists used sophisticated models to simulate the behavior of light in the complex system.
For people who do not have access to a virtual reality console, scientists have created a video to present the 3D simulation.
"In the video above, you go to the black hole in the center of the galaxy, and in the distance you see the stars," Davelaar wrote in a blog update. "Because of the force exerted by the black hole, the sight is deformed and you see a dark spot in the sky that curves the light of the stars around it."
"When the material begins to accumulate on the black hole, it lights up, the closer it gets, the more it emits light, because of the presence of magnetic fields at a magnetic output," wrote Davelaar. "A stream is thrown from the accretion stream, allowing some of the material to escape."
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