Swept velocity shelving collimates atomic beams by sweeping ground-state atoms with a one-sided laser and shelving only the selected velocity class into a metastable state, producing ~1 MHz-wide velocity classes in strontium without balanced molasses forces.
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Collimation of dense atomic beams by Swept Velocity Shelving
Swept velocity shelving collimates atomic beams by sweeping ground-state atoms with a one-sided laser and shelving only the selected velocity class into a metastable state, producing ~1 MHz-wide velocity classes in strontium without balanced molasses forces.