Experimental realization of tunable anomalous Floquet topological phases in a 1D optical lattice via multi-frequency control of gap windings and phase-sensitive detection.
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Experimental engineering of Floquet topological phases in a one-dimensional optical lattice
Experimental realization of tunable anomalous Floquet topological phases in a 1D optical lattice via multi-frequency control of gap windings and phase-sensitive detection.