UC Berkeley Ultracold Atomic Physics

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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

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Popular coverage of our work

Optically measuring quantized collective atomic motion

Optical trap catches atoms swinging in time to theory

Amplification of spin noise in a spinor Bose-Einstein condensate

Results highlighted as PRA Kaleidoscope image from both experimental and theory papers.

Crystalline magnetic order in a Rb spinor Bose gas

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?

¿Es un gas, un sólido, un fluido, o todo a la vez?

Science News: Evidence mounts for an exotic supersolid

Quantum cavity optomechanics with ultracold atoms

Nature News & Views by Marquardt: Push toward the quantum limit

Nonlinear optics due to collective atomic motion

Nature photonics highlights: Moving in time

Spinor-BEC magnetometry

Wired.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

Magnetic storage ring for ultracold atoms

AIP Physics News Update: BEC in a Circular Waveguide

Nature Physics research highlights: Running in circles

The Daily Californian: Physicists create cold storage ring

Times of India: Bose-Einstein Dream Comes Alive

UC Berkeley Press Release: Bose-Einstein condensate runs circles around magnetic trap

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