Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

Journal of Shanghai University (English Edition)

Dynamic behaviors of coupled three-level atom system interacting with light field in cavity filled with Kerr-like medium

Ke Li, Chuan-hua Dong

Published Aug 1, 2005• 1 citation
Publisher
DOI
10.1007/s11741-005-0046-6

Related papers

Dynamic Behaviors of Coupled Three-Level Atom System Interacting with Light Field in Cavity Filled with Kerr-Like Medium

Li, Ke Ke, Dong +2 more

在充满象 Kerr 一样媒介的洞与轻地交往的联合三水平的原子的 Hamiltonian 被导出。Schr 的一个简化分析答案 ? 系统的 dinger 方程被获得。有退化底层的螞类型原子的盒子详细被讨论。在原子和克尔系数之间的联合力量影响系统鈥檚，这被显示出动态行为，这域和集体偶极子时刻的压榨的参数的特别调整时期和摆动频率。系统的 Dynarnic 行为对原子的起始的国家敏感。关键词 Jaynes-Cummings 模型 - 压榨 - 联合原子 - 集体偶极子时刻 - 象 Kerr 一样中等 PACS 2001 4250 Dv

Journal of Shanghai University (English Edition)•Jan 1, 2005•0 citations

Chaotic dynamics of coupled two-level atoms in the optical cavity

L. Chotorlishvili, Z. Z. Toklikishvili

The European Physical Journal D•Apr 17, 2008•8 citations

Entropy Properties of the Field of Coupled Identical Λtype Threelevel Atoms Interacting with Vacuum Field in Cavity Filled with Kerr Medium

李可 Li Ke, 令维军 LING Weijun, 王志坚 WANG Zhijiang

The entropy properties of the light field of coupled identical Λ-type three-level atoms interacting with vacuum field in cavity filled with Kerr medium were investigated by means of quantum theory.The time evolutions of the entropy of the light field were discussed via the initial state of the system,detuning,coupling coefficient between the atoms,and the Kerr coefficient.Numerical calculation results show that the evolution of the entropy of the light field exhibits periodic oscillation,and its frequency and amplitude are intensively dependent on the initial state of the system.When the detuning the oscillation amplitude decreases with the increases of coupling strength and Kerr coefficient.

ACTA PHOTONICA SINICA•Jan 1, 2011•0 citations

Dynamical behaviors of three-level atoms inside an optical ring cavity

Wenge Yang

•Jan 1, 2005•0 citations

External Classical Field and Damping Effects on a Moving two Level atom in a Cavity Field Interaction with Kerr-like Medium

Mahmoud Youssef Abd‐Rabbou, Eied Mahmoud Khalil, M. M. A. Ahmed +1 more

International Journal of Theoretical Physics•Sep 5, 2019•30 citations

Cavity Field Spectrum for System Consisting of Cascade Three-level Atom within Kerr-medium Filled Cavity

Qingchun Zhou

A full quantum theory is applied to the investigation of the cavity field spectrum of a system containing the cascade three-level atom,initially in the most excited state,interacting with the single mode of a Kerr-medium filled cavity.The vacuum Rabi splitting of the system is found affected by Kerr nonlinearity,contrary to the two-level atom case.For an initial Fock-state field,the Kerr effects are mainly reflected by the asymmetry of the spectrum and a change in the number of spectral peaks if the coupling between the field and the Kerr medium is weak.The effects are also reflected by receding away from the resonant frequency of the central resonant peak in the absence of the Kerr medium if the field-medium coupling is strong.For an initial thermal field,the cavity spectrum can be a continuous band or discrete lines depending on the strength of the Kerr effect.

Journal of Jiangsu University of Science and Technology•Jan 1, 2006•0 citations
在充满象 Kerr 一样媒介的洞与轻地交往的联合三水平的原子的 Hamiltonian 被导出。Schr 的一个简化分析答案 ? 系统的 dinger 方程被获得。有退化底层的螞类型原子的盒子详细被讨论。在原子和克尔系数之间的联合力量影响系统鈥檚，这被显示出动态行为，这域和集体偶极子时刻的压榨的参数的特别调整时期和摆动频率。系统的 Dynarnic 行为对原子的起始的国家敏感。关键词 Jaynes-Cummings 模型 - 压榨 - 联合原子 - 集体偶极子时刻 - 象 Kerr 一样中等 PACS 2001 4250 Dv
The entropy properties of the light field of coupled identical Λ-type three-level atoms interacting with vacuum field in cavity filled with Kerr medium were investigated by means of quantum theory.The time evolutions of the entropy of the light field were discussed via the initial state of the system,detuning,coupling coefficient between the atoms,and the Kerr coefficient.Numerical calculation results show that the evolution of the entropy of the light field exhibits periodic oscillation,and its frequency and amplitude are intensively dependent on the initial state of the system.When the detuning the oscillation amplitude decreases with the increases of coupling strength and Kerr coefficient.
A full quantum theory is applied to the investigation of the cavity field spectrum of a system containing the cascade three-level atom,initially in the most excited state,interacting with the single mode of a Kerr-medium filled cavity.The vacuum Rabi splitting of the system is found affected by Kerr nonlinearity,contrary to the two-level atom case.For an initial Fock-state field,the Kerr effects are mainly reflected by the asymmetry of the spectrum and a change in the number of spectral peaks if the coupling between the field and the Kerr medium is weak.The effects are also reflected by receding away from the resonant frequency of the central resonant peak in the absence of the Kerr medium if the field-medium coupling is strong.For an initial thermal field,the cavity spectrum can be a continuous band or discrete lines depending on the strength of the Kerr effect.