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Because the gravitons do not emenate, or come from, the inside of the black hole. Instead they are radiated from the Event Horizon, which is the area immediately surrounding the hole. A simple analogy might be a bell: the sound waves you hear are resonating from the vibrating surface of the bell's exterior--not the hollow space inside.

2006-10-13 13:30:15 · answer #1 · answered by Anonymous · 0 1

Sounds like a reasonable question. If black holes are actually some form of metaphysical singularity that nothing escapes from, how does gravity escape?

The answer is that gravity does not come from an object and pull things towards it. Gravity is a a result of space shifting towards and object and propelling other things, like light and bowling balls, along with it. The space shift is caused by the object compressing and trying to create a vacuum around it's surface.

2006-10-13 15:53:39 · answer #2 · answered by Anonymous · 0 0

The concept of a black hole is that the space around the black hole is bent by the extreme gravity, pulling everything close toward and into it. So as a object moves close to a black hole, its course is changed to move toward the hole. If its velocity is not enough, it will begin to orbit the black hole and be drawn into the center. At the center, mass is extremely dense, all of the atomic distance between the particles are removed. It is amazing to think how much empty space exists between atoms, between the electron shells and the nucleus. All of this space is gone in a black hole. What has been discovered is that x-ray radiation is emitted from the center of the black hole as the materials are captured. This has been proven by Hubble Space Telescope measurements.

2006-10-13 13:35:07 · answer #3 · answered by Paul C 1 · 0 1

Matter cannot escape a blackhole, but gravity is the fabric of space-time itself. A blackhole bends space-time around it (like any other massive body, only so much more). So gravitons are not "escaping" from a blackhole.
Gravitational waves are generated when a black hole is moving in space and are caused by the differences in space-time bending/curving as space-time adjusts itself to the changing position of black hole. They are not emitted by the black holes themselves.

2006-10-13 13:38:33 · answer #4 · answered by SilverStar 1 · 1 0

Gravity acts by distorting the space/time continuum around it. Because gravity weakens with distance, outside of the event horizon it makes no difference whether the source of gravity is a black hole or regular matter.

The duality between gravitrons and distortion of space are kind of like the duality of photons as particles or waves. Sometimes one visualization is more useful to understand what is happening.

2006-10-13 13:28:46 · answer #5 · answered by sofarsogood 5 · 1 0

Actually, gravitons are the particles that communicates the force of gravity. They do not obey the laws of physics because they are NOT real particles, i.e. they are called virtual particles. Their existence is unlike real particles in the sense that they are not subject to influences of the forces/fields that they are communicating.

For example, if there are two charge particles near each other and can exert electromagnetic force on each other, then the EM force will be communicated via photons between the two charges, but the emitted photons are not influenced by the charge particles themselves, because the photon is a virtual particle.

2006-10-13 13:30:14 · answer #6 · answered by PhysicsDude 7 · 1 1

Just so you dont believe the nonsense physicsdude said; so called virtual particles obey the laws of physics the same way anything else does. Yes, they're not usually detectable because they're off their mass shell (which just means that they don't have as much energy as a stable particle would) , but they still interact and can be detected both directly and indirectly. Gravitons aren't virtual by definition, in fact, if we ever detected one it would necessarily not be virtual.

2006-10-14 19:30:30 · answer #7 · answered by lorentztrans 2 · 0 1

Gravity waves are created whilst black holes collide EDIT: one in all Einstien's innovations is that products reason the area around them to twist. He theory that super products, like the sunlight, curve the area around them greater suitable than small products do. products moving by way of area stick to the curvature. whilst area is curved sharply sufficient--like it rather is around the sunlight--planets, asteroids, and comets moving alongside the curve are in orbit! If no longer for the curvature of area, they could all trip right this moment into area, faraway from the sunlight. And that's what gravity is unquestionably approximately. If mass curves area, then very super hundreds moving rapidly by way of area could create ripples in area. subsequently Einstein envisioned gravitational waves--like ripples on a cosmic pond. the biggest gravitational waves could be led to by ability of intensive events--as an occasion, 2 extensive stars orbiting one yet another, or a huge famous person orbiting a black hollow, or 2 black holes orbiting one yet another. EDIT: Black holes are not cosmic vacuum cleanser. they do no longer suck issues in. the only way for an merchandise to be 'fed on' by ability of a black hollow is that if it passes in the process the form horizon, additionally straightforward because of the fact the 'factor of no return'. as quickly as an merchandise passes in the process the EH, it could now no longer communicate with products exterior the black hollow because of the vast gravitational field

2016-10-02 06:52:20 · answer #8 · answered by ? 4 · 0 0

Gravitons are vitual particles that are exchanged between objects of mass, they exist in a quasi-state more like a communication channel between particles.

2006-10-13 13:34:28 · answer #9 · answered by Anonymous · 1 0

No such things are gravitons...People theorize it because the other major forces exert their influence through particles therefore gravity must also exert its force through a particle called a graviton.

2006-10-13 13:28:22 · answer #10 · answered by feanor 7 · 0 1

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