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Question is about gravitational waves and black holes, but those tags are missing completely.
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Eden Zane
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Calculation of interaction of gravitational waves with a black hole using AdS/CFT

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Eden Zane
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We have a well understood interacting electromagnetic system, an electromagnetic wave interacting with an atom. We use perturbation theory to calculate what happens in such a system. The result is of course the phenomenon of stimulated emission, which has an important application in LASERs.

My question: Is there any way to do the gravitaional counter-part of the problem, that is interaction of a black hole with a gravitational wave(well, I agree that the correspondense is approximate of course), may be using AdS/CFT ?

Is the "correspondense" I suggest itself absurd?

We have a well understood interacting electromagnetic system, an electromagnetic wave interacting with an atom. We use perturbation theory to calculate what happens in such a system. The result is of course the phenomenon of stimulated emission, which has an important application in LASERs.

My question: Is there any way to do the gravitaional counter-part of the problem, that is interaction of a black hole with a gravitational wave(well, I agree that the correspondense is approximate of course), may be using AdS/CFT ?

Is the "correspondense" I suggest itself absurd?

We have a well understood interacting electromagnetic system, an electromagnetic wave interacting with an atom. We use perturbation theory to calculate what happens in such a system. The result is of course the phenomenon of stimulated emission, which has an important application in LASERs.

My question: Is there any way to do the gravitaional counter-part of the problem, that is interaction of a black hole with a gravitational wave(well, I agree that the correspondense is approximate of course), may be using AdS/CFT ?

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Eden Zane
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Eden Zane
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