场量子

构造了场量子自旋以及场系统运动自旋两个新算符。

Two new operators , field quanta spin and moving spin of quantum field system , are introduced .

无序材料中的电磁耦合场量子理论及SiO2和GeO2玻璃中光的瑞利散射损耗

Theory of polaritons in disordered materials and Rayleigh scatterings in SiO_2 and GeO_2 glasses

类Kerr介质对光场量子相干特性的影响

The Effect of Kerr-Like Medium on the Quantum Coherent Properties of the Light Field

无规场量子Ising模型的研究

Study of a quantum transverse Ising model with random fields

反Jaynes-Cummings模型下纠缠相干光场量子特性的研究

Quantum properties of the entangled coherent light field under the anti-Jaynes-Cummings model

光场量子态的信息熵和保真度

Information Entropy and Fidelity for Quantum States of Light Field

色散吸收一维光学系统中光场量子起伏的功率谱

Quantum Fluctuation Power Spectrum of Optical Field in One-Dimensional Absorbing and Dispersive System

多层复杂介质光学系统中光场量子起伏功率谱的频率特性

Frequency Character of Quantum Fluctuation Power Spectrum in Multilayer Complexed Dielectrics Optical System

原子质心运动的量子效应对光场量子噪声压缩的影响

Effects of the quantization of atomic center-of-mass motion on the squeezing of quantum noise

线性网络对光场量子态的变换

Transformation of optical state through linear systems

无序系统中的电磁耦合场量子（Ⅱ）&掺杂对结构无序材料中瑞利散射的影响

Polaritons in Disordered Systems (ⅱ) & The Effects of Doping on Rayleigh Scatterings in Structural Disordered Materials

色散吸收非对称介质光腔系统中光场量子起伏的功率谱

The power spectrum of quantum fluctuations in light cavity system formed by the dispersion and absorption media

文中提出一个实现明亮光场量子纠缠交换的理论方案。

A scheme achieving quantum entanglement swapping between two pairs of bright EPR optical beams is theoretically proposed .

基于光场量子态的非经典效应在许多研究领域中的应用价值，各种光场量子态的非经典效应成为实验上研究的热点。

Non-classical effects of quantum states have been extensively studied in experiments due to their many potential applications .

实现量子密钥的生成与分发实际上就是光场量子态的制备并进行操控的过程。

In fact , generation and distribution of quantum keys are the processes of preparing and manipulating quantum states .

原子偶极矩变化行为对激光光场量子统计性质的决定性影响

Decisive influence of the dynamic behavior of the atomic dipole moment on the quantum statistical properties of laser field

当前，量子保密通信和量子计算成为研究的热点，与之密切相关的是光场量子态的非经典效应、量子态制备与操控。

Non-classical effects of quantum states of light are strongly relative to the study of quantum communication and quantum computation at present .

经典意义下的力被看成是由于交换有关的场量子而产生的。

Forces , in the classical sense , are envisioned as due to the exchange of quanta of the field in question .

在量子光学和量子信息学中，光场量子态及其性质始终是一个备受关注的研究课题，而构建新的光场量子态更是研究的热点。

Quantum states in optical fields and their properties have been a topic of great interest in quantum optics and quantum information , moreover constructing new quantum states in optical fields is a hotspot .

近年来提出的双色场量子相干调控手段已经被理论和实验证明是获得低于100阿秒的真正阿秒量级脉冲的有效方式。

Recently , it has been theoretically and experimentally studied that the quantum control in a bichromatic field is an efficient way to obtain an attosecond pulse with the pulse duration under 100 attosecond .

用熵作为光场量子涨落的量度，根据熵测不准关系，建立了熵压缩的概念，具体研究了光场与原子相互作用时的熵压缩。

The concept of entropic squeezing is established and the entropic squeezing of the field interacting with the atom is investigated by regarding the entropy as a measure of quantum fluctuation and according to entropy uncertainty relation .

它们是基于在同一作用区产生并作为红外场量子相干源的两种带间跃迁激光场的共振非线性混合。

The infrared generation scheme is based on the resonant nonlinear mixing of the two optical laser fields which are from two interband transitions in the same active region and serve as the coherent drive for infrared field .

相干态双模∑型三能级J－CM模型中辐射场的量子统计性质

Quantum Statistic Properties of Radiation Fields in Two-Mode Coherent States and ∑ - type Three-Level Jaynes-Cummings model

Einstein引力作为高维时空中物质场的量子效应

Einstein Gravitation as Quantum Effect of Matter Fields in High Dimensional Spacce & Time

球对称动态黑洞Dirac场的量子热效应

The Quantum Thermal Effects of the Dirac Field in the Dynamic Spherically-Symmetric Black Hole

Kerr介质中双光子T-C模型光场的量子特性

Quantum properties of light in the two-photon T-C model in Kerr medium

与强度有关的双光子J-C模型中原子和光场的量子特性

Atomic Quantum Properties and Field Statistics in the Two-photon J-C Model with Intensity-dependent Coupling

还着重比较了单光子跃迁和双光子跃迁J-C模型中不同的失谐量和初始平均光子数对系统，原子和光场的量子信息保真度演化的影响。

Time-evolution of fidelity of quantum information in J-C model with one-photon transition or two-photon transition was compared .

利用金属镜面微腔激光器中真空场和量子阱中电子态函数，对比了TE模和TM模的自发发射谱。

Based on the vacuum field in a micro cavity laser with metallic mirrors and the state of electron in a quantum well , the TE mode and TM mode spontaneous emission spectra are compared .

用brick-wall模型研究了Gibbons-Maeda黑洞背景下自旋场的量子熵。

The free energy and entropy of spin fields are calculated via brick-wall model in Gibbons-Maeda black hole background .