cashflow said:I read somewhere that in a particular type of black hole, an instant before falling past the event horizon, you can see light from a parallel universe. Now I can't find the link. Was it the Schwarzschild black hole? Can't remember.
What is the validity of that theory?
cashflow said:I read somewhere that in a particular type of black hole, an instant before falling past the event horizon, you can see light from a parallel universe. Now I can't find the link. Was it the Schwarzschild black hole?
cashflow said:What is the validity of that theory?
cashflow said:I read somewhere that in a particular type of black hole, an instant before falling past the event horizon, you can see light from a parallel universe. Now I can't find the link. Was it the Schwarzschild black hole? Can't remember.
What is the validity of that theory?
cashflow said:I read somewhere that in a particular type of black hole, an instant before falling past the event horizon, you can see light from a parallel universe. Now I can't find the link. Was it the Schwarzschild black hole?
A black hole is a region in space where the gravitational pull is so strong that nothing, including light, can escape from it. This happens because a large amount of matter is squeezed into a very small space, creating a strong gravitational field. The size of a black hole is determined by its event horizon, which is the point of no return for anything that gets too close.
No, we cannot see through a black hole. The intense gravitational pull of a black hole causes light to bend and get trapped, making it impossible for us to see what is happening inside.
It is currently not possible for anything to enter a black hole and survive. The extreme gravitational forces would cause anything to be pulled apart and crushed. However, there are theoretical concepts such as wormholes that could potentially allow for safe passage through a black hole.
If a person were to fall into a black hole, they would experience a process called spaghettification. The intense gravitational forces would stretch and pull their body apart until it became a thin stream of particles. This is due to the difference in gravitational pull between the person's head and feet.
While we cannot physically look through a black hole, scientists can learn a lot about the universe by studying the effects of black holes on their surroundings. Black holes have a strong influence on the motion of stars and galaxies, and studying these effects can help us better understand the laws of physics and the formation of the universe.