How do gravitons escape a black hole
WebGravitons do not escape a black hole, they are created by the motion of masses including black holes. Black holes being very massive for their size make gravity waves we can detect when they collide with other black holes, neutron stars, etc. Waving your hand about radiates gravity waves, but they are far to weak to be noticed. More answers below http://curious.astro.cornell.edu/people-and-astronomy/the-history-of-astronomy/144-physics/the-theory-of-relativity/black-holes/1042-how-do-gravitons-escape-black-holes-to-tell-the-universe-about-their-gravity-advanced
How do gravitons escape a black hole
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http://curious.astro.cornell.edu/the-universe/cosmology-and-the-big-bang/89-the-universe/black-holes-and-quasars/theoretical-questions/451-how-do-gravitons-escape-black-holes-to-tell-the-universe-about-their-gravity-advanced WebHow does gravity escape a black hole? (20 answers) Closed 5 years ago. I have read in a book and on the internet that the graviton is the particle which causes gravity, and not even light can escape gravity. Suppose our Sun has turned into a black hole. The black hole will still have the same gravitational effect on other matter as the Sun.
WebJul 23, 2024 · Add gravitons into the mix, however, and you add a new motion on top of the usual ripples in space-time. As the detector absorbs and emits gravitons, the masses randomly jitter. This is graviton noise. How big the jitter is, and thus whether it can be detected, ultimately depends on the type of gravitational wave hitting the detector. WebSep 23, 2024 · Matter is heated to millions of degrees as it is pulled toward the black hole, so it glows in X-rays. The immense gravity of black holes also distorts space itself, so it is …
WebMay 3, 2024 · A black hole's gravitational field is frozen in place, so nothing has to escape it to make its field. Changes in it are a different story, however. As to gravitons, gravitational waves will propagate like electromagnetic ones, and will be unable to escape from inside the BH's event horizon. Apr 13, 2024 #11 Science Advisor Gold Member 9,660 9,260 WebOct 13, 2016 · But here comes the catch. The hypothetical graviton is massless spin -2 boson, but all bosons, like for example photon should have curved trajectories around objects with mass and generally cant escape black hole. How is it possible that boson like graviton can escape black hole? Seems to be in direct conflict with General relativity.
WebAnswer (1 of 23): Black holes have charge so you could also falsely conclude that photons must escape a black hole. However, neither a real or a virtual particle can escape a black hole. Both are still limited by the relativity effects and cannot exceed the speed of light. Lets for a moment a...
WebThe "gravity problem" is implied to be the search for a theory of quantum gravity.The details are omitted, but one candidate has long been string theory. And from Wikipedia:. As presently understood, however, string theory admits a very large number (10 500 by some estimates) of consistent vacua, comprising the so-called "string landscape". Sorting … great western rail linesWebJerry: Again, this comes naturally from the equations of Einstein's theory of general relativity. It was first seen in 1919 during a solar eclipse when light from a distant star was bent as it passed close to the surface of the sun. … great western rail lineWebFeb 19, 2009 · When this happens close to a black hole one is pulled into it, and the other escapes, since there is a net gain from this it must come from somewhere, and the black hole loses mass equal to the particle that got away. Last edited by a moderator: May 4, 2024 Feb 19, 2009 #3 Charlie G 116 0 Thanks for the reply Dale, the link was very helpful great western rail off peak timesWebMar 17, 2024 · 1. Black holes ironically have no gravitational field once the singularity forms. (LOL) 2. Gravitons don’t exist, the gravitational force is not carried by a gauge boson. 3. great western rail map ukWebAnother prediction is the existence of black holes, objects for which the escape velocity is greater than the speed of light and from which nothing can escape. ... Quantum gravity: the theory that deals with particle exchange of gravitons as the mechanism for the force. Selected Solutions to Problems & Exercises. 1. 23.6 km. 3. (a) ... florida office of mental healthgreat western railroad coloradoWebTo the OP, all we can say is that if a graviton is produced inside a black hole, then it will not be able to escape, if it is produced outside the black hole, or at the horizon (like hawking … great western railroad 90