Atom optics with time-averaged optical potentials using a rapidly scanning laser beam

N. Friedman; L. Khaykovich; R. Ozeri; N. Davidson

Atom optics with time-averaged optical potentials using a rapidly scanning laser beam

N. Friedman
, L. Khaykovich
, R. Ozeri
, N. Davidson

Department of Physics - at Bar-Ilan University

Weizmann Institute of Science

Research output: Contribution to journal › Article › peer-review

Abstract

Three new atom-optics applications based on rapidly scanning beams have been reported. These applications included (1) the generation of different types of dynamics for atoms confined by a (time-averaged) optical potential; (2) the generation of nearly parabolic two-dimensional potentials by rotating a Gaussian beam with a radius R = 0.55W0 (where W0 is its 1/e - radius); and (3) the demonstration of an output coupler for a circularly polarized scanning-beam optical trap.

Original language	English
Journal	Conference on Quantum Electronics and Laser Science (QELS) - Technical Digest Series
State	Published - 1 Dec 2000

Cite this

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abstract = "Three new atom-optics applications based on rapidly scanning beams have been reported. These applications included (1) the generation of different types of dynamics for atoms confined by a (time-averaged) optical potential; (2) the generation of nearly parabolic two-dimensional potentials by rotating a Gaussian beam with a radius R = 0.55W0 (where W0 is its 1/e - radius); and (3) the demonstration of an output coupler for a circularly polarized scanning-beam optical trap.",

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N2 - Three new atom-optics applications based on rapidly scanning beams have been reported. These applications included (1) the generation of different types of dynamics for atoms confined by a (time-averaged) optical potential; (2) the generation of nearly parabolic two-dimensional potentials by rotating a Gaussian beam with a radius R = 0.55W0 (where W0 is its 1/e - radius); and (3) the demonstration of an output coupler for a circularly polarized scanning-beam optical trap.

AB - Three new atom-optics applications based on rapidly scanning beams have been reported. These applications included (1) the generation of different types of dynamics for atoms confined by a (time-averaged) optical potential; (2) the generation of nearly parabolic two-dimensional potentials by rotating a Gaussian beam with a radius R = 0.55W0 (where W0 is its 1/e - radius); and (3) the demonstration of an output coupler for a circularly polarized scanning-beam optical trap.

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Atom optics with time-averaged optical potentials using a rapidly scanning laser beam

Abstract

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