The universal form of information transport is electromagnetic radiation. Light is a form of electromagnetic radiation. It just happens that black holes sucks in everything including light. So no light escapes. No electromagnetic radiation, no information. No information, big studying problem.
Black holes do not emit light, so black holes can not be seen this way. But black holes emit X-rays, but stars are not hot enough to emit X-rays. When black holes suck up stars, energy goes to the black hole, and come out as X-rays.
Some challenges of learning about black holes include their extreme gravitational forces that distort space and time, making observations difficult. Additionally, black holes do not emit light, so they are invisible to traditional telescopes. Theoretical understanding is also limited as black holes involve the interplay of quantum mechanics and general relativity, two branches of physics that are not fully unified.
Black holes do distort time. The closer you get to the event horizon of a black hole, the slower time goes. From the perspective of someone outside, time at the event horizon stops.
it is theorized that it is possible for black holes to act as worm holes but most scientists believe their gravitational pull is simply too powerful for anything to survive being ripped to pieces before it goes anywhere.
In theory it is compressed down into a singularity. This is why black holes are the densest objects in the universe. All that mass is being squeezed down into a single point in space.
If you mean "Black Holes" then they are formed when a star very many times bigger than the sun goes supernova and collapses in on itself.
Because planets and stars have went into them and got destroyed.
Since nothing, not even light, can escape black holes, they are invisible (so to speak). You can only see a black hole when it is sucking up light, since the object with light looks like something is pulling it away.Actually, there isn't much imagination in this. Black holes are named as such because they are, basically, holes in the universe which emit no light.
Black holes don't in fact 'suck in' anything; I know you are using the word as a figure of speech. The gravity of a black hole is so strong that if an electric current, or something conducting an electric current, goes below the event horizon, the electricity will not escape. There is some evidence suggesting that black holes do decay over vast time periods. Currently, even the absorption of the background radiation is more than enough to compensate for any decay that is happening in most large black holes.
Black holes are the remains of a giant star that has had its gravity collapse upon itself. Black holes suck in any matter that gets within it's gravitational range and smashes it down into tiny particles. It goes inside the black hole of it and is never seen again. Scientists do not know what happens after the matter is sucked in because black holes do not illuminate any light (Its gravity is so strong it pulls in light around it that would normally reveal it). Black holes are identified by a check list of characteristics. (Super massive, Rogue, etc)
the black guy with the dirty glasses that always goes first in the line in group D.
Because the physics within a black hole is so extreme, current theories can't really describe in detail what goes inside a black hole, especially near the singularity.