Publication record · 18.cifr/2003.leibfried.trapped-ion-dynamics
18.cifr/2003.leibfried.trapped-ion-dynamicsThe laser manipulation of single trapped ions holds promise for diverse applications ranging from optical frequency standards to quantum information processing. This review covers the theoretical framework and experimental techniques for quantum state engineering and measurement of single trapped ions, including coherent manipulation on motional sidebands, preparation of non-classical motional states, and Wigner function tomography.
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Scaling to many-ion chains with collective motional modes, reducing anomalous heating from electrode surface noise, and implementing micro-fabricated trap arrays for scalable quantum processors are the primary open directions identified.