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Observation of quantum dynamical oscillations of ultracold atoms in the F and D bands of an optical lattice
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Observation of quantum dynamical oscillations of ultracold atoms in the F and D bands of an optical lattice
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We report the observation of quantum dynamical oscillations of ultracold atomic gases in the F and D bands of a single-well optical lattice. We are able to control the Bragg reflections at the Brillouin zone edge up to the third order. As a result, we can switch the quantum dynamics from oscillations across both the F and D bands to oscillations only within the F-band. Our capability to observe these remarkable oscillations comes from the innovative non-adiabatic technique which allows us to load ultracold atoms efficiently to the G-band of an optical lattice.
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