Quantum resonances of the kicked rotor are shown to appear as a narrowing of the position-space density near Talbot time, with width scaling roughly as N^-2, offering a kick-sequence-free measurement route.
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Quantum resonances of kicked rotor in the position representation
Quantum resonances of the kicked rotor are shown to appear as a narrowing of the position-space density near Talbot time, with width scaling roughly as N^-2, offering a kick-sequence-free measurement route.