量子控制

量子控制策略与学习控制算法研究

Studies on Quantum Control Strategies and Learning Control Algorithms

超冷异核分子相干产生的绝热条件及量子控制研究

Adiabatic Condition and Quantum Control for Creating Heteronuclear Molecule

基于EPR对的量子控制传态和通信

Controlled Quantum Teleportation and Communication via EPR Pairs

一种基于量子控制模式的压电高压电源设计电压模式Buck变换器的分岔控制

A Piezoelectric Transformer Converter for High Voltage Pulse Power Supply Control of Bifurcation in the Voltage-Mode Buck Converter

量子控制实验研究进展

Progress of the Research on Quantum Control in Experiment

量子控制&一个全新的学科领域

Quantum control - - A new academic field

两种基于李雅普诺夫的量子控制方法的性能对比

A Performance Comparison of Two Kinds of Quantum Control Methods Based on Lyapunov Theorem

以这种量子控制传态为基础，还提出了一种量子安全直接通信方案。

Then a controlled quantum secure direct communication scheme is presented based on the teleportation .

量子控制的述评与展望

The Review and Prospect of Quantum Control

量子控制论在化学中的应用

Applications of Quantum Control Theory in Chemistry

电子自旋的时间量子控制

Time Quantum Control of Electron Spin

量子控制系统的仿真研究

Simulation Research of Quantum Control System

纳米结构，异常现象和量子控制&怎样突破目前存在的小型化限制。

Nanoscale structures , novel phenomena and quantum control & how to overcome existing limits to miniaturization .

压电式振动发电机的建模及应用（英文）一种基于量子控制模式的压电高压电源设计

Modeling and application of piezoelectric vibration-based power generator A Piezoelectric Transformer Converter for High Voltage Pulse Power Supply

高中压新型电子式电压互感器的研究与设计一种基于量子控制模式的压电高压电源设计

The Design and Research on New Type Electronic Voltage Transformer Applied in High and Medium Voltage Leveled Power Grid

量子控制论是一门以研究微观世界系统量子态的控制问题为主要内容的新兴边缘学科。

Quantum control theory is a new interdiscipline , which mainly studies the control of quantum state for systems in the microworld .

基于电压空间矢量的共模电压消除方法的研究一种基于量子控制模式的压电高压电源设计

Method of Elimination Scheme to Common-mode Voltage Based on Voltage Space Vector A Piezoelectric Transformer Converter for High Voltage Pulse Power Supply

一言蔽之：探索量子控制的可能性与极限，是一个基本但相当好的研究思路。

In a word , exploring the possibility and limitation of quantum control is a basic but quite good idea for the research .

随着理论的不断的完善，近些年来量子控制已经成为国际上的研究热点，并取得了很多喜人的成果。

With the continuous improvement , quantum control has become a hot international research focus and many gratifying results have been achieved in recent years .

光与物质的相互作用是现代原子分子光物理和量子控制等的重要研究内容。

The light-matter interaction is one of the central topics of modern atomic , molecular , and optical physics ( AMO ) and quantum control .

完整的量子控制理论的建立对于物理、化学、量子信息、纳米技术、生物技术等领域的发展将具有重要意义。

The establishment of complete quantum control theory is important for the development of the fields such as physics , chemistry , quantum information , nanotechnology and biotechnology .

研究发现，当腔场频率和原子跃迁频率间存在失谐时，在经典场的辅助下可以实现远程两比特量子控制相位门和交换门。

It is found that the quantum controlled-phase and swap gates can be achieved with the assistance of classical field when there are detunings of the coupling quantum fields .

与经典控制论有着显著区别，实验方法是目前研究量子控制最直接有效的主要方法。

This theory is obviously different from the classical control theory , and currently , the method through experiments is the most direct and effective method for research of quantum control .

量子控制系统的模型是研究量子系统可控性、可逆性、优化、仿真等问题的基础，是进行系统分析和设计的重要手段。

The model of quantum control system is the basis for research of controllability , invertibility , optimization and simulation of quantum system . And it is also an important tool for system analysis and design .

最后，简单介绍了量子控制方法在量子纠错编码、通用量子计算中的已有应用，并对其在量子信息和量子计算其他领域的潜在应用进行了展望。

Finally , some applications of quantum control in quantum error correction coding and universality analysis of quantum computation are presented and the potential applications of quantum control in quantum information and quantum computation are also prospected .

对量子控制系统的状态表示方法进行了阐述，讨论了几种描述量子态演化的量子控制一般模型，重点介绍了有限维双线性模型和主方程模型。

The representation methods of states of quantum control systems are introduced and some kinds of general models describing the evolution of quantum states in quantum control are discussed , in which we detailedly discuss finite dimensional bilinear model and master equation model .

提出一种时间量子控制方案，通过控制所加外部控制场的作用时间能有效地控制电子自旋到达给定的目标量子态，同时发现电子自旋状态能随控制场作用时间呈周期性变化。

A time quantum control scheme is proposed , in which the electron spin can effectively be controlled to given objective quantum state through controlling acting time of external control field . The states of electron spin periodically vary with the acting time of control field .

本文在综述量子控制主要研究成果的基础上，从信息论和控制论的角度研究量子系统的调控问题，重点研究了量子控制策略和学习控制算法。

After the survey of the current main developments of quantum control , we study in this thesis the control problems of quantum systems from the point of view of information theory and control theory , and our attention is paid to quantum control strategies and learning control algorithms .

采用黄金定则方法和Kane六能带模型，分析了半导体中的量子干涉控制光生电流效应。

Quantum interference control photocurrent in bulk semiconductors is analyzed using the Fermi golden rule and Kane six-band model .

第一部分涉及双光子吸收（TPA）过程的量子相干控制。

The first part concerns the coherent control of quantum states by specifically designed laser pulses in resonant two-photon absorption ( TPA ) processes .