HIGHLIGHTS
- who: Spencer W. Jolly from the different colors are multiplexed on a D detector and spatially-interfere separately with a known STC-free referenceThis allows for measurement of both the spatial amplitude and phase of the multiplexed frequencies, which can be reconstructed in time assuming that the reference is perfect. However, the frequency resolution depends on how many colors you can multiplex at once on the detector, and the more highly you resolve the frequencies the less you will resolve them in space due to the finite size of the detector. These limitations on resolution are a . . .
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