- #1
sanpkl
- 80
- 1
does the photon wavelenght come back to original when one path is "blocked"?
Subject: Single particle (photon) interference in double slit or half silvered mirror experiment...question about wavelenght and phase shifts...
in the half silvered mirror experiment or the double slit experiment with single photon ...
when the photon passed through the half silvered mirror...its wavelenght gets halved (depending upon the angle of the mirror and length of path)...if i understood this correctly...
and later...when both the paths are make to combine ...the photon interferes with "itself"...
my question is:
if one of the paths is blocked...does the photon get back (keep) its original wavelength?
and of course this would work for delayed choice experiment also?
Subject: Single particle (photon) interference in double slit or half silvered mirror experiment...question about wavelenght and phase shifts...
in the half silvered mirror experiment or the double slit experiment with single photon ...
when the photon passed through the half silvered mirror...its wavelenght gets halved (depending upon the angle of the mirror and length of path)...if i understood this correctly...
and later...when both the paths are make to combine ...the photon interferes with "itself"...
my question is:
if one of the paths is blocked...does the photon get back (keep) its original wavelength?
and of course this would work for delayed choice experiment also?