Transmission Probability of an Ultracold Atom in the Presence of Atomic Coherence
XIONG Jin, CHU Kai-Qin, ZHANG Zhi-Ming
Department of Physics, Shanghai Jiao Tong University, Shanghai 200240
Transmission Probability of an Ultracold Atom in the Presence of Atomic Coherence
XIONG Jin;CHU Kai-Qin;ZHANG Zhi-Ming
Department of Physics, Shanghai Jiao Tong University, Shanghai 200240
关键词 ：
42.50.Ct ,
84.40.Ik ,
32.80.Wr
Abstract ： We investigate the transmission probability of an ultracold V-type three-level atom passing through a micromaser cavity, in the presence of atomic coherence which is established by a coherent driving field. We show that the transmissibility of this micromaser system with the atomic coherence is better than that of the ordinary micromaser system without atomic coherence. When the driving field is strong enough, for any cavity length the ultracold atom can pass through the micromaser cavity freely.
Key words ：
42.50.Ct
84.40.Ik
32.80.Wr
出版日期: 2002-03-01
:
42.50.Ct
(Quantum description of interaction of light and matter; related experiments)
84.40.Ik
(Masers; gyrotrons (cyclotron-resonance masers))
32.80.Wr
(Other multiphoton processes)
引用本文:
XIONG Jin;CHU Kai-Qin;ZHANG Zhi-Ming. Transmission Probability of an Ultracold Atom in the Presence of Atomic Coherence[J]. 中国物理快报, 2002, 19(3): 331-333.
链接本文:
https://cpl.iphy.ac.cn/CN/
或
https://cpl.iphy.ac.cn/CN/Y2002/V19/I3/331
[1]
ZHANG Zhi-Ming;YANG Jian;YU Ya-Fei. A Scheme for Generating Entangled Squeezed States Based on Cavity QED
[2]
WANG Jing;ZHANG Xiang-Dong;PEI Shou-Yong;LIU Da-He. Temperature Tuning of Casimir Effect
[3]
TAN Rong; LI Gao-Xiang. Spontaneous Decay of a Quadrupole between Two Parallel Plates, One or Both Infinitely Permeable
[4]
CHENG Guang-Ling;HU Xiang-Ming. Sideband-Induced Two-Photon Transparency
[5]
ZHU Zhi-Ying;YU Hong-Wei. Spontaneous Emission of an Inertial Multi-Level Atom in a Spacetime with a Reflecting Plane Boundary
[6]
BAI Li-Hua;ZHANG Jing-Tao;WANG Yi;XU Zhi-Zhan. Pondermotive Shift of Photoelectron Spectra in Intense Laser Field
[7]
ZHANG Xiu;CHENG Guang-Ling;HU Xiang-Ming. Coherent Control of Absorption Resonances via Antirotating Coupling
[8]
LI Xiao-Xia;HU Xiang-Ming;SHI Wen-Xing;XU Qing;GUO Hong-Ju;LI Jing-Yan. Phase Control of Spontaneous Emission of a Three-Level Atom in Two Bichromatic Fields
[9]
LI Gao-Xiang;ZHANG Fan;WU Shao-Ping. Dynamics of Entanglement for Coherent Motional States of Two Trapped Ions in Cascaded Optical Cavities
[10]
ZHANG Xiao-Mingv;ZHANG Jing-Tao;BAI Li-Hua⊃GONG Qi-Huang;XU Zhi-Zhan;. Duration-Dependent Asymmetry in Photoionization of H atoms in Few-Cycle Laser Pulses
[11]
XU Jun;HU Xiang-Ming. Counter-Rotating Transition Mediated Coherent Effects in Spontaneous Emission in a Three-Level Atom
[12]
ZHANG Hao;ZHENG Hou-Zhi;XU Ping;PENG Hong-Ling;TAN Ping-Heng;YANG Fu-Hua;NI Hai-Qiao;ZENG Yu-Xin;
GAN Hua-Dong;ZHU Hui. Tuning of Detection Wavelength in a Resonant-Cavity-Enhanced Quantum-Dot-Embedded Photodiode by Changing Detection Angle
[13]
XIONG Jin;ZENG Gui-Hua. Destructive Interference in a v-Type Coherently Driven Mazer
[14]
XIAO Jun;SUN Zhen-Rong;WANG Yu-Feng;DENG Li;ZHANG Xiang-Yun;CHEN Guo-Liang;ZHANG Wei-Ping;WANG Zu-Geng;XU Zhi-Zhan;LI Ru-Xin. Optimization of High-Order Harmonic by Genetic Algorithm for the Chirp and Phase of Few-Cycle Pulses
[15]
SUN Wei-Hui;DU Si-De;CHEN Xiao-Shuang. Two-Photon Micromaser with Initial Atomic Coherence
2002, Vol. 19 
