A variational approach produces a nonlocal spin-dependent effective potential between two ground-state Wannier excitons that reduces to the local Heitler-London hydrogen result for heavy holes and yields van der Waals interactions when excited states are included.
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A triple-species MOT traps and cools 10^8 atoms each of 85Rb, 87Rb, and 133Cs with interspecies losses small enough not to prevent operation.
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Variational and field-theoretical approach to exciton-exciton interactions and biexcitons in semiconductors
A variational approach produces a nonlocal spin-dependent effective potential between two ground-state Wannier excitons that reduces to the local Heitler-London hydrogen result for heavy holes and yields van der Waals interactions when excited states are included.
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Characterisation of a triple-species ${}^\text{87}$Rb/ ${}^\text{85}$Rb/ ${}^\text{133}$Cs magneto-optical trap
A triple-species MOT traps and cools 10^8 atoms each of 85Rb, 87Rb, and 133Cs with interspecies losses small enough not to prevent operation.