JILA group uses:
CW single-frequency ring Ti:Sapphire and dye lasers for atom cooling, trapping, quantum manipulation and high resolution spectroscopy, nanostructures analysis and fabrication.
Flagship model of 15-kHz-linewidth CW Ti:Sapphire laser TIS-SF-777
Here is an example of the research in this group:
Vortex-Lattice Dynamics in Rotating Spinor Bose-Einstein Condensates
SHIH-KUANG TUNG,
VOLKER SCHWEIKHARD, IAN CODDINGTON,
PETER ENGELS,
ERIC CORNELL, JILA-NIST/ University of Colorado
We report
the observation of square vortex lattices in rotating dilute-gas spinor
Bose-Einstein condensates (BEC). By coherently transferring a fraction
of a rotating condensate in one internal atomic state to another inter-
nal state, we produce a pseudo-spin-1/2 spinor condensate. Following
a macroscopic phase separation and vortex turbulence phase, the vor-
tex lattice in each component of the BEC undergoes a transition from
an overlapped hexagonal lattice to interlaced square lattices. The sta-
bility of the square structure is proved by its response to the applied
shear perturbations. An interference technique also has been used in
the experiment to verify that the vortex lattices in both components are
interlaced, and form a skyrmion lattice. We also report recent progress
towards loading rotating BECs into optical lattice.
CW single-frequency ring Ti:Sapphire and dye lasers for atom cooling, trapping, quantum manipulation and high resolution spectroscopy, nanostructures analysis and fabrication.
Flagship model of 15-kHz-linewidth CW Ti:Sapphire laser TIS-SF-777
CW single-frequency ring Ti:Sapphire laser model TIS-SF-07
Frequency-stabilized CW single-frequescy ring Dye laser DYE-SF-077
Resonant Frequency Doubler for CW single-frequency lasers, model FD-SF-07
Combined CW Ti:Sapphire/Dye laser with intracavity frequency doubling, model TIS/DYE-FD-08
Combined CW single-frequency laser system based on Ti:Sapphire and Dye laser TIS/DYE-SF-07