A theoretical discussion is provided for sideband cooling on a metastable transition with a very long lifetime where the metastable state is quenched (or dressed) by a nonresonant laser. The dressing laser mixes the metastable state with a third atomic state that has a dipole allowed (fast) decay to the ground state. This scheme can be applied to a broad range of ion-level configurations.
Laser cooling of trapped three-level ions: designing two-level systems for sideband cooling
MARZOLI, Irene;
1994-01-01
Abstract
A theoretical discussion is provided for sideband cooling on a metastable transition with a very long lifetime where the metastable state is quenched (or dressed) by a nonresonant laser. The dressing laser mixes the metastable state with a third atomic state that has a dipole allowed (fast) decay to the ground state. This scheme can be applied to a broad range of ion-level configurations.File in questo prodotto:
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