- #1
San K
- 911
- 1
When two wave functions are in perfect phase = constructive interference
when the phase difference is half (the wavelength) = destructive interference
What happens when the phase difference is more than one wavelength in case of:
Case 1: single particle interference
Case 2: two-photon (i.e. a pair of entangled photons) interference
i.e say twice the wavelength
How about phase difference thrice the wavelength?
in short: does single particle interference happen if the phase difference is more than one wavelength?
when the phase difference is half (the wavelength) = destructive interference
What happens when the phase difference is more than one wavelength in case of:
Case 1: single particle interference
Case 2: two-photon (i.e. a pair of entangled photons) interference
i.e say twice the wavelength
How about phase difference thrice the wavelength?
in short: does single particle interference happen if the phase difference is more than one wavelength?
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