Optical two-dimensional perfect shuffles based on a one-copy algorithm.
We present an experimental implementation of optical perfect shuffles on a two-dimensional plane of 64 channels based on a light-efflcient one-copy algorithm. A hologram containing four subholograms is used as a light deflector to realize the shuffling operation. The system is free from holographic aberration but is limited by diffraction effects. The diffraction-effects analysis shows that optical two-dimensional shuffles for more than 128 x 128 channels are possible with the system.
Wang
J M
JM
Cheng
L
L
Sawchuk
A A
AA