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Quantum Atom Optics with Spin Polarized Atomic Ensembles

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Abstract

Optically thick spin polarized atomic ensembles have emerged as a new medium optimal for the exotic quantum state engineering via quantum interface with light. The exciting feature of this medium is that quantum atom optics can be carried out with atoms in the range of temperatures from nano-Kelvin to room temperature. Recent theoretical and experimental developments, such as light-atoms entanglement, quantum memory, quantum teleportation, and quantum nondemolition detection of strongly correlated systems will be reviewed in this talk.

© 2007 Optical Society of America

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