Optical polarization rotation in a rubidium vapor | Zendy

Mingtao Cao | Zendy; Shuwei Qiu | Zendy; Wenge Guo | Zendy; Tao Liu | Zendy; Liang Han | Zendy; Hao Liu | Zendy; Pei Zhang | Zendy; Shougang Zhang | Zendy; Gao Hong | Zendy; Li Fu-Li | Zendy

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Optical polarization rotation in a rubidium vapor

Author(s) -

Mingtao Cao,

Shuwei Qiu,

Wenge Guo,

Tao Liu,

Liang Han,

Hao Liu,

Pei Zhang,

Shougang Zhang,

Gao Hong,

Li Fu-Li

Publication year - 2012

Publication title -

acta physica sinica

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.199

H-Index - 47

ISSN - 1000-3290

DOI - 10.7498/aps.61.164208

Subject(s) - faraday effect , rubidium , physics , faraday rotator , polarization (electrochemistry) , magnetic field , rotation (mathematics) , optics , atomic physics , optical rotation , doppler effect , computational physics , materials science , quantum mechanics , chemistry , potassium , metallurgy , geometry , mathematics

We theoretically and experimentally study the effects of Faraday rotation, optical polarization of self-rotation, and their overlapping rotation. In our theoretical simulation, we set up a simple and effective theoretical model for the three kinds of rotations. In our experiment, the atomic vapor is placed in a magnetic shielding cavity to shield the earth magnetic field. Doppler-free spectrum configuration is used and the F=2 F'=3 transition of 87Rb D2 line is chosen. We observe the three kinds of rotations, separately. Experimental results and theoretical simulations are in good agreement.

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