Research
- E3: cQED and Optomechanics
- E4: Ring Trap
- E5: Spinors and Lattices
- E6: Return of the Jedi Retired Experiments
- E1: Spinor Rubidium BEC
- E2: Cavity QED
Group Information
Links
- Useful Links
- Recommended Review Papers
- Bitbucket: AMO@Berkeley
- Our Old Website
- AMO Seminar (PHYS 290F)
- Physics 138 (Spring 2011)
- Quantum Simulation Workshop
Recent Lab News1/11 Dr. Sabrina Leslie is now Assistant Professor in the Department of Physics at McGill University, focusing on biophysics. See her faculty page. 7/10 Dr. Thomas P. Purdy's Thesis 9/09 Dr. Kater Murch transitions to a postdoc position with Irfan Siddiqi's group at Berkeley. 3/09 Dr. Sabrina Leslie joins Adam Cohen's biophysics group at Harvard University as a Mary Fieser Postdoctoral Fellow. 1/09 Postdoc Dr. Mukund Vengalattore leaves to join the faculty of Cornell University 12/08 Dr. Sabrina Leslie's Thesis More at Lab news Popular coverage of our workMotion generates nonclassical lightOptically measuring quantized collective atomic motionOptical trap catches atoms swinging in time to theory Long-time-scale dynamics of spin textures in a spinor condensateResults highlighted as PRA Kaleidoscope image Amplification of spin noise in a spinor Bose-Einstein condensateResults highlighted as PRA Kaleidoscope image from both experimental and theory papers. Crystalline magnetic order in a Rb spinor Bose gasResults highlighted as PRA Kaleidoscope. Scientific American 60-Second Science Blog: Signs of a supersolid at the March APS meeting ScienceNow: Is It a Gas, Fluid, Solid, or All of the Above? żEs un gas, un sólido, un fluido, o todo a la vez? Science News: Evidence mounts for an exotic supersolid Quantum cavity optomechanics with ultracold atomsNature News & Views by Marquardt: Push toward the quantum limit Nonlinear optics due to collective atomic motionNature photonics highlights: Moving in time Spinor-BEC magnetometryWired.com: The Medical Tricorder Takes Two Steps Away From Sci Fi Nature research highlights: Best served chilled UC Berkeley Press Release: Ultra-cold gas makes great magnetometer More at Popular Coverage OverviewOur research is concentrated on using ultracold atoms as a resource for studying aspects of condensed-matter and many-body physics, quantum and precision measurement, quantum optics and quantum atom optics. This research is being pursued in three laboratories with separate experimental setups. One lab (E3) employs atomic gases trapped within high-finesse optical resonators to study cavity opto-mechanics and cavity magneto-optics, and, more generally, the limits to and uses of quantum measurement. A second lab (E4) is pursuing applications of atom interferometry with guided atomic matter waves, and also the physics of quantum fluids in annular containers. A third lab (E5) is exploring a novel magnetic fluid -- the degenerate spinor Bose gas -- in which the phenomena of magnetism and superfluidity are intertwined. We are constantly on the lookout for excellent students, postdocs, and visitors to join our efforts. Feel free to peruse this website and then to contact us for more information. You may also read through several review papers Recent Research Highlights |
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