'Dipole trap' presentation slideshows

Single Atoms in Rotating Ring Optical Lattices

KITPC: Condensed Matter Physics of Cold Atoms ---- Optical Lattices II. Single Atoms in Rotating Ring Optical Lattices. Mingsheng ZHAN ( ??? ) State Key Lab of Magnetic Resonance and Atomic and Molecular Physics, Wuhan Institute of Physics and Mathematics, CAS

757 views • 50 slides

Interacting Bosons and Fermions in 3D Optical Lattice Potentials

584 views • 35 slides

A High Latitude Source for Radiation Belt Particles?

A High Latitude Source for Radiation Belt Particles?. Robert Sheldon, NSSTC October 19, 2004 Huntsville Modelling Workshop. McIlwain, 1966. Correlations. Highest SW correlation for energetic particles in the radiation belts is: velocity. R=.7-.8 during high-speed streams)

453 views • 35 slides

A High Latitude Source for Radiation Belt Particles?

A High Latitude Source for Radiation Belt Particles?. Robert Sheldon, NSSTC October 19, 2004 Huntsville Modelling Workshop. McIlwain, 1966. Correlations. Highest SW correlation for energetic particles in the radiation belts is: velocity. R=.7-.8 during high-speed streams)

351 views • 35 slides

Oct. 20, 2009, Rome

Oct. 20, 2009, Rome. Historical remark. Size of Efimov molecules?. Exploring Efimov states of ultracold atoms. Michigan lake. Cheng Chin . James Franck institute and Department of Physics, University of Chicago. Observation of Efimov resonance (Innsbruck 2006).

451 views • 34 slides

All-optical production of chromium BEC s B essel E ngineering of C hromium

347 views • 34 slides

Lecture II Non dissipative traps Evaporative cooling Bose-Einstein condensation

Lecture II Non dissipative traps Evaporative cooling Bose-Einstein condensation. Phase space density. Magneto-optical trap. From room temperature to 100 m K. Molasses. 100 m K 10 m K. n l 3 = 10 -7. Intrisically limited because of the dissipative character of the MOT.

499 views • 25 slides

335 views • 21 slides

Bose-Einstein condensation in Chromium and rf-assisted dipolar collisions

270 views • 11 slides