量子光学

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  • quantum optics
量子光学量子光学
  1. 这些结果可直接用来分析EPR问题的量子光学实验。

    All these results can be used to analysing the quantum optics experiments of EPR Paradox .

  2. 量子光学中Wigner分布函数的新形式

    New Formulation of the Wigner Distribution Function in Quantum Optics

  3. 我们研究了包括N个周期耦合的回音壁模式光学腔结构,该体系内的相互作用表现出了一个只有在量子光学中才发生的现象:多极电磁感应透明。

    We theoretically study a parallel optical configuration which includes N periodically coupled whispering-gallery-mode resonators . The model shows an obvious effect which has a direct analogy with the phenomenon of multiple electromagnetically induced transparency in quantum systems .

  4. 具有零或负扩散系数的Fokker-Planck方程的形式解及其在量子光学中的应用

    The formal solutions for Fokker-Planck equation with zero or negative diffusion coefficients and their applications to quantum optics

  5. 利用非线性量子光学效应在量子阱(QW)、量子点(QD)半导体光放大器(SOA)中得到了慢光和快光。

    Slow and fast light in quantum-well ( QW ) and quantum-dot ( QD ) semiconductor optical amplifiers ( SOAs ) using nonlinear quantum optical effects are presented .

  6. 研究表明,通过选取适当的系统参数,我们可以在磁振子系统中重现有限温度下光子的动力学Casimir效应这一量子光学现象。

    We show that by suitably choosing system parameters , we can reproduce the dynamical Casimir effect at finite temperature in this magnon system .

  7. 在量子光学的研究中,Kerr介质-物质相互作用是一个非常常用的理论和实验系统,这个相互作用体系的动力学导致非常丰富的典型效应。

    In the field of quantum optics , Kerr medium-material interaction is one of the useful systems in experimental and theoretical study . More specific effects could be brought about in such system .

  8. 玻色-爱因斯坦凝聚(BEC)是一类涉及物理学很多领域的如原子分子物理、量子光学、统计物理和凝聚态物理等的普遍物理现象。

    Bose-Einstein condensation ( BEC ) is a ubiquitous phenomenon relating to many fields in physics , such as atomic and molecular physics , quantum optics , quantum statistical physics , condensate matter physics .

  9. 利用量子光学中表示量子化光场偏振特性的Stokes算符,讨论了偏振奇偶相干态的偏振特性,研究了在此光场中Stokes参量的涨落及其压缩特性和光场的偏振度。

    Using the Stokes operators to describe polarization characteristics of quantized light field in quantum optics , polarization properties of polarized even-and odd-coherent states are discussed . Fluctuations of Stokes parameters and squeezing properties and polarization degree of light are studied .

  10. 研究依赖强度耦合Jaynes-Cummings模型中光场与原子相互作用的规律及其非经典效应是量子光学的重要内容。

    It is one of the most important contents for the quantum optics to study on the dynamics and non-classical properties of the interaction between the field and the atom in the Jaynes-Cummings model with an intensity-dependent coupling .

  11. 本文介绍了上海光机所量子光学重点实验室铷原子喷泉钟基本电路研制的进展情况,包括冷原子喷泉上抛电路、TOF信号探测电路及微波源电路。

    In this paper we report the progress of research of the basic circuits developed for rubidium atomic fountain clock in the key laboratory of quantum optics of SIOM , including circuits for cold rubidium atoms tossing , circuits for TOF signal detection and microwave circuits .

  12. 本文主要内容就是介绍IEO方法的发展及其在分子物理、固体物理、量子光学和量子场论等领域的应用。

    The main contents of this paper are to introduce the development of IEO method and its applications in molecule physics , solid state physics , quantum optics and non-commute quantum mechanics . 1 .

  13. 人们在研究中发现,这种电路与原子系统很相似,可以显示出原子系统中的一些量子光学现象,例如Rabi振荡,真空Rabi分裂,人造原子激光,共振荧光等。

    In studies , found that these circuits are very similar with atomic systems , a numbers of quantum optics phenomena which appeared in atomic system before now appeared in these circuits , for examples , Rabi oscillation , vacuum Rabi splitting , artificial atom laser , and resonance fluorescence .

  14. 自发辐射是量子光学中的一个基本问题。

    Atomic spontaneous decay is a fundamental object in quantum optics .

  15. 双模坐标-动量积分型投影算符及其在量子光学中的应用

    Two-mode integral form projection operator and its application in quantum optics

  16. 对角相干态表示求量子光学密度算符

    Calculating Density Operator from Diagonal Coherent State Representation in Quantum Optics

  17. 从量子光学理论探讨原子的电极化率

    Studying the Permittivity of Atomic by the Theory of Quantum Optics

  18. 基于量子光学的红外成像光照模型

    A Quantity Optics Based Illumination Model for Infrared Image Synthesis

  19. 量子光学新效应&极度减慢光速与巨光学非线性;

    New effects of quantum optics-ultraslow light speed and giant optical nonlinearity ;

  20. 诺贝尔物理学奖使量子光学走出黑暗

    Nobel physics prize brings quantum optics out of dark

  21. 在本论文中我们研究光子晶体中的量子光学现象。

    In this dissertation we study the quantum optical phenomena in photonic crystals .

  22. 量子光学中爱因斯坦系数的经典描述

    Describing Einstein 's Constant by Classical of Quantum Optics

  23. 许多量子光学系统都表现出混沌现象。

    Many quantum optical systems have shown chaos phenomena .

  24. 量子光学中的非经典态

    Non - classical states in the quantum optics

  25. 广义耗散双模量子光学系统主方程的精确解

    An Exact Solution to Master Equation of the Generalized Dissipative Two-mode Quantum Optical System

  26. 关于量子光学中的非平衡相变问题

    On Nonequilibrium Phase Transition Problem in Quantum Optics

  27. 经过数十年的发展,量子光学已经是一门非常成熟而又充满活力的科学。

    With decades of development , quantum optics has become an mature and vigorous science .

  28. 量子光学中的振幅算符与位相算符

    Amplitude and Phase Operators in Quantum Optics

  29. 由于它的窄线宽和宽调谐的输出特性,也被用于光谱学、相干光通讯、量子光学等领域。

    So they can be used for spectroscopy , coherent communication and quantum optical studies .

  30. 原子与多色光场相互作用是量子光学研究中的一个重要课题。

    The interaction between polychromatic fields and atoms is an important subject in quantum optics .