Mirror B Hit by Photon Beam from A

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In summary, there are two frames of reference, S and S'. In frame S, there are two objects, A and B, where A is a source of photons and B is a mirror. In frame S', there are two corresponding objects, A' and B', with A' being a transparent glass and B' being a mirror. S' is moving to the right and there is a negligible distance between A and A'. A photon beam is fired from A, passing through the middle of A' and reaching mirror B in frame S. However, in frame S', the observer at A' sees that S is moving and the beam passes through A' and reaches mirror B'. The question is which mirror will the beam hit? The
  • #1
mananvpanchal
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Hello,

There are two FoR S and S'. A and B in S FoR, A' and B' in S' FoR. A is a source of photons and B is a mirror. A' is a transparent glass and B' is a mirror. S' is moving to the right direction. Think that there is very negligible distance between A and A'.

photon_destination_01.JPG


Now, A fires a photon beam such that the beam passes though middle of the transparent glass A'. S' is moving with high speed, so mirror B' does not stop the beam. Observer at A sees that the beam reaches to mirror B.

But, observer at A' sees that S is moving and the beam passes his glass A' and reaches to mirror B'. The beam does not reach to mirror B from his perspective.

The question is which mirror would be hit by the beam?
 
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  • #2
I don't understand what you mean by "S' is moving at very high speed so mirror B' does not stop the beam". What does S's motion have to do with whether or not the mirror stops the beam? Are you saying that mirrors B and B' are of "relatively" small width and so S' has passed the position by the time the beam reaches there? If so then the beam will not hit S' from any frame of reference.
 

What is the concept of "Mirror B Hit by Photon Beam from A"?

The concept refers to a scenario in which a photon beam is directed from a source, A, towards a mirror, B, and the beam hits the surface of the mirror.

How does the mirror affect the photon beam?

The mirror reflects the photon beam, causing it to change direction. The angle at which the beam reflects is determined by the angle at which it hits the mirror's surface.

What happens to the energy of the photon beam upon hitting the mirror?

The energy of the photon beam remains the same after hitting the mirror. However, the direction of the beam changes due to reflection.

What factors affect the angle of reflection of the photon beam?

The angle of incidence (the angle at which the beam hits the mirror), the angle of reflection (the angle at which the beam reflects), and the surface properties of the mirror (such as its smoothness and material) can all affect the angle of reflection of the photon beam.

Can the photon beam be absorbed by the mirror?

Yes, depending on the material and properties of the mirror, some of the energy from the photon beam may be absorbed upon hitting the mirror's surface. This can result in a decrease in the intensity of the reflected beam.

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