The US space agency keeps releasing many amazing photos of the universe. What will happen if you fall into a black hole
US space agency NASA has created an immersive visualization on its supercomputer that gives us a complete glimpse of the black hole. The viewer can immerse himself in his image by looking at it, to the point beyond which nothing, not even light, can pass through.
Astrophysicist Jeremy Schnittman of NASA's Goddard Space Flight Center led the project along with scientist Brian Powell. The project generates large amounts of data using the 'Discover Supercomputer'. Seeing it shows that it is a supermassive black hole, similar to the center of our galaxy, whose mass is 4.3 million times more than that of our Sun.
What will you see if you enter a black hole?
As the black hole approaches, about 400 million miles from Earth, viewers see dramatic distortions in space-time. There's a swirling ball of hot gas all around - and in the background a ton of stars that look quite distorted, as if you're looking at a funhouse mirror.
It takes about 3 hours for NASA's camera to reach that horizon, but to someone watching from a distance it seems as if the camera never reaches it. The closer it gets, the slower it appears to move until it appears to stop completely. As the camera gets closer, the starlight and the disk of gas swirling around the black hole appear more and more bright, like the sound of a race car getting louder.
strange things happen
On the one hand, there appear to be two possible outcomes for NASA's camera. If the camera crosses this line of the horizon, it undergoes a dramatic process called "spaghettification", which means that the intense gravitational forces near the black hole will pull on the camera so strongly that it will fall apart within 12.8 seconds. Will pull the thing and break it.
This happens as it accelerates toward the black hole, a point of unimaginable density. In an alternative scenario where the camera orbits close to the event horizon but does not cross it, time begins to act strangely. gives. First it will stretch or expand. For the astronaut on camera, time is passing by as usual. But to those watching from a distance, time appears to slow down. This time-dilation effect means that when the astronauts return, they will actually be younger than their colleagues who remained away from the black hole.
