Black Holes?

Question

Astronomy

Answer 1

A black hole is a region of spacetime from which nothing can escape, even light and.....................................................

Answer 2

The following is copyrighted by me and saying this theory is yours will automatically cause a penalty of up to £300.00 or $400.00 or 500.00 euros.
But a hole in space is an inverted bump in space of which the bottom is the densest high-dimensional area of 3d space. This curve is 3d on a 5d warp area. Producing more space where space is already there. So a dint in space is created. But if a hole-dint is formed inside a hole-dint it has no dimensional capabilities so it bores a hole. So what happens if you invert it twice. The further the bore goes into the second brane the more likely a black hole is to form if the dint goes through the second brane as well then a tunnel leads to the second brane, thus creating a wormhole leading to subspace. Leading to subspace you need to travel through the second brane universe and go through until you find another wormhole leading to the first brane as our universe.
There is 3 high dimensional layers, the 1st brane, the second brane and the space between I call false or dark space that is required. If you go through to the brane that the wormhole's negative energy will move your time into an old time in the second brane then this will make the exotic or negative energy warp one end of the wormhole with exotic matter with the second universe's brane and keep your time. This will allow you to enter another time when you enter back to our universe. Enabling spacetime warping. So a super black hole is safer as wormhole than a normal one.

Answer 3

A black hole is a concentration of mass great enough that the force of gravity prevents anything past its event horizon from escaping it, except through quantum tunnelling behaviour (known as Hawking radiation). The gravitational field is so strong that the escape velocity past its event horizon exceeds the speed of light. This implies that nothing, not even light, inside the event horizon can escape its gravity. It is, however, theorized that wormholes can provide an exit path for energy or matter. The term "black hole" is widespread, even though it does not refer to a hole in the usual sense, but rather a region of space from which nothing can return.

The existence of black holes in the universe is well supported by astronomical observation, particularly from studying X-ray emission from X-ray binaries and active galactic nuclei.

Answer 4

A black hole is a concentration of mass, the gravitational field of which is so strong that its escape velocity exceeds the speed of light. The point in space at which this occurs is known as the event horizon. This implies that nothing, including light, can escape from within the event horizon, since there is no known method to exceed light-speed.

The existence of black holes in the universe is well supported by astronomical observation, particularly from studying X-ray emission from X-ray binaries and active galactic nuclei.

It has been hypothesised that black holes radiate energy due to quantum mechanical effects (known as Hawking radiation).

Answer 5

A black hole is when in a stars age when it explodes from an big red to a supernova and then the supernova explodes it may turn into a pulsar or a black hole that is the stage of a star when it dies out. The black hole is a hole that pulls in everything around it with an gravitational pull so great that nothing can ran away from it.

Answer 6

It's a massive object in the center of the galaxies many times the size of regular stars in which the force of gravity is so strong that light waves cannot scape so you can't see them except with gamma ray telescopes.
The black hole is really a gigantic planet or star if you were to walk on it's surface and wave a flashlight you will see that the flashlight beam will curve to the surface like a water stream in Earth. Pretty cool huh?

Answer 7

Black Holes exist.

Answer 8

Black holes are true.
Black holes are a hypothetical region or body in space, possibly the remnants of a collapsed star, with such a strong gravitational pull that neither light nor matter can escape.

Answer 9

Are actually white because of the hole attracting matter, speeds up but doesn't get sucked in, and then flys off into space close to the speed of light. So a black hole is actually white

Answer 10

I am myself an adamant astronomer...and I have and own all the latest and up-to-date materials which concern both our galaxy and the universe in which all galaxies travel. "Black holes" are nothing more than "theory"...a word that astronomers and astrophysicists use when they can't explain something in the known universe...just as man came up with the story about our being having evolved from a monkey, etc. There are MANY things in both our galaxy and the universe around us that remain unexplainable. The theory about "black holes" is in fact a good theory...but that is ALL that it is: "A Theory"...which is being taught as though it is a "fact"...which it ISN'T.

Answer 11

Black holes are massive body with enormous gravity that even light could not escape from it. Thus a black hole cannot shine or reflect light. They are also thought to be the source of energy of 'quasars'- 'quasi-stellar radio source'.
Quasars were discovered in 1960. When astronomers examine the light from quasars, they found that it has red-shift meaning that the quasars moving away from us and also are faraway.
Ramachandran V.