Phase randomness in a chain of partially correlated BECs modifies the Talbot interference spectrum by introducing new peaks absent under equal phases, with a mathematical model and proposed thermometry application.
Similar phenomena have been later seen for acoustic waves [2, 3], wave functions of atoms [4] and electrons [5, 6], plasmons [7], and spin waves [8]
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The quantum Talbot effect for a chain of partially correlated Bose-Einstein condensates
Phase randomness in a chain of partially correlated BECs modifies the Talbot interference spectrum by introducing new peaks absent under equal phases, with a mathematical model and proposed thermometry application.