In stimulated emission how does the incident photon make release of

In summary, stimulated emission is a process in which an incident photon triggers the release of another photon from another atom. However, the exact mechanism of how this occurs is not fully understood and remains a topic of ongoing research. Richard Feynman famously stated that the question of how it can be like that should not be dwelled upon, as it may lead to a dead end.
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amaresh92
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In stimulated emission how does the incident photon make release of other photon from another atom?
advanced thanks.
 
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I think the answer is that nobody knows. To quote Richard Feynman, "Do not keep saying to yourself, if you can possibly avoid it, "But how can it be like that?" because you will get "down the drain," into a blind alley from which nobody has yet escaped. Nobody knows how it can be like that."
 

Related to In stimulated emission how does the incident photon make release of

1. How does stimulated emission work?

Stimulated emission is a process in which an atom or molecule in an excited state releases energy in the form of a photon when it is stimulated by the presence of another photon with the same energy. This results in the emission of two photons with the same energy, direction, and phase.

2. What is the difference between spontaneous emission and stimulated emission?

Spontaneous emission occurs when an excited atom or molecule spontaneously releases energy in the form of a photon without any external influence. On the other hand, stimulated emission requires the presence of another photon to trigger the release of energy.

3. How does the incident photon trigger the release of energy in stimulated emission?

The incident photon must have the same energy as the excited atom or molecule in order to trigger stimulated emission. When the two photons interact, the excited atom or molecule is stimulated to release its energy in the form of a new photon with the same energy and properties.

4. What are the applications of stimulated emission?

Stimulated emission is a fundamental process in the operation of lasers, which have numerous applications in various fields such as medicine, telecommunications, and manufacturing. It is also used in technologies such as LED lights, optical amplifiers, and optical data storage.

5. How does stimulated emission contribute to the amplification of light?

In stimulated emission, the emitted photon has the same energy and properties as the incident photon. This results in an amplification of the light, as the number of photons is effectively doubled. This process is utilized in lasers and other optical devices to amplify and produce highly coherent light.

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