'Optical lattices' diaporamas de présentation

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? ? ?? ???? ????? ? ? ????. ??? ???????????????? ??? ? ??????. ?????????????????? ???? 2011 ? 8 ? 4 ?. Theory. Experiment. ??? Group leader. Z. Y. Ou. ???. ???. ??. ???. ???. ???. ???. ??. ???. Outline. ?? ????????????????????? 3. ??????? ???? ???? ????

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Novel Orbital Phases of Fermions in p -band Optical Lattices

Novel Orbital Phases of Fermions in p -band Optical Lattices. Congjun Wu. Department of Physics, UC San Diego. Fermions: W. C. Lee, C. Wu, S. Das Sarma, to be submitted. C. Wu, PRL 101, 168807 (2008). C. Wu, PRL 100, 200406 (2008) .

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Novel Orbital Phases of Fermions in p -band Optical Lattices

Novel Orbital Phases of Fermions in p -band Optical Lattices. Congjun Wu. Department of Physics, UC San Diego. W. C. Lee, C. Wu, S. Das Sarma, in preparation. C. Wu, PRL 101, 168807 (2008). C. Wu, PRL 100, 200406 (2008) . C. Wu, and S. Das Sarma, PRB 77, 235107 (2008).

327 views • 32 slides

~ 12 m m

University of Durham. Neutral atom quantum computing in optical lattices: far red or far blue?. ~ 12 m m. C. S. Adams University of Durham 17 November 2004. University of Durham. Outline. Good things for quantum computing. Scalability (optical lattices). Low decoherence (large detuning).

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L. Fallani and M. Inguscio Controlling cold-atom conductivity Science 322 (5 th December 2008)

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Elastic and inelastic dipolar effects in chromium Bose-Einstein condensates

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Quick and Dirty Introduction to Mott Insulators

Quick and Dirty Introduction to Mott Insulators. Introduction to Solid State Physics http://www.physics.udel.edu/~bnikolic/teaching/phys624/phys624.html. Weakly correlated electron liquid: Coulomb interaction effects.

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Atom Chips and Photonic Crystals

Atom Chips and Photonic Crystals. Chiara Fort Francesco Cataliotti Diederik Wiersma Francesco Marin. Ultracold A toms and Optical Lattices Traditional S ystems. Current ~ 100 A Power ~ 1.5 kW. n = 10-100 Hz. +. Ultra High Vacuum ~ 10 -11 Torr. double MOT system:

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Quantum Computation Using Optical Lattices

Quantum Computation Using Optical Lattices. Ben Zaks Victor Acosta. Physics 191 Prof. Whaley UC-Berkeley. Contents. Standing Wave Light Field Egg Crate Potential Atom Cooling Gates and Qubits. 1D Optical Lattice. 2 Linearly Polarized Light Waves. ? +.

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Presentation

Presentation. AMO Group - Experiment. AMO - Experiment. Experimental AMO Quantum Optics Cavity QED Correlated Photons Francium Spectroscopy Anapole moment measurement at Stony Brook Quantum Information Quantum interconnects Rydberg atoms Ultracold Plasmas Dynamics

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Li-Jun Lang( ??? ) and Shu Chen ( ?? )

Hofstadter spectrum of trapped Fermi gases in modulated square optical lattices within a synthetic gauge field. Li-Jun Lang( ??? ) and Shu Chen ( ?? ) Institute of Physics, Chinese Academy of Sciences, Beijing 100190, P. R. China. Abstract

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Quantum anomalous Hall (QAH) states in optical lattices.

Novel Orbital Physics with Cold Atoms in Optical Lattices Congjun Wu, University of California-San Diego, DMR 0804775. Quantum anomalous Hall (QAH) states in optical lattices.

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Topological Matter in Optical Lattices

Topological Matter in Optical Lattices. Ultracold atomic gases trapped by laser light have become a playground for exploring quantum matter and even uncovering new phenomena not yet seen in nature.

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