量子模拟

接着我们利用该装置首次完成了真正意义上的线性光学量子模拟实验，观察了Landau-Zener动力学演化过程。

Then we completed a real quantum simulation experiment by using the interferometer . We observed the evolution process of Landau-Zener kinetics .

量子模拟和纠缠证据的相关研究

Research on Quantum Simulation and Entanglement Witness

在量子模拟中，反映方案的通信过程和量子态的变化情况。

The communication process and quantum state changes of the two schemes are reflected in quantum simulation .

一些重要而又开放的问题已经被确认，在这些问题上，量子模拟将产生重大的影响和帮助。

Several important prob-lems have been identified where quantum simulations could have an important impact and help .

费曼最早提出量子模拟的概念，这一概念是指通过一个可控的量子系统模拟另外一个物理系统，从而研究目标系统的物理特性。

Richard Feynman first proposed the concept of quantum simulation . Quantum simulation is that one quantum system with more controllable simulates another .

根据电信网络模块运营商具体决策条件，选取量子模拟退火算法进行求解。

The simulated annealing algorithm is employed to obtain the solution of this model , according to the specific decision conditions of telecommunications network module operators .

当时Feynman正在试图用量子力学模拟N粒子之间的相互作用。

Feynman was trying to simulate the interaction of N particles with quantum mechanics .

乙烯在Ziegler-Natta催化剂上配位活化的量子化学模拟

Quantum Chemical Simulation on the Coordination Activation of Ethylene Coordinated on Ziegler Natta Type Catalyst

量子算法模拟与设计

Simulations and Designs about Quantum Algorithms

指出它是随机波动过程的量子力学模拟。

It is noted that this is a quantum mechanical analogy of the stochastic wave motion .

量子算法模拟实现技术研究

Techniques for Simulating Quantum Algorithms

本文选取了四种有机硫的模型化合物作为研究对象，进行量子化学模拟计算。

In this paper four kinds model compounds of organic sulphur are selected to calculate by Quantum Chemistry Calculation .

价转移金属络合物低温半导体&金属相变的计算机MonteCarlo量子格点模拟

Monte Carlo quantum lattice simulation of low temperature semiconductor-metal phase transition in transitional metal complexes

纳米双栅MOSFETs的量子格林函数模拟

Quantum modeling for nanoscale double gate MOSFETs based on Green 's function

量子进化和模拟退火的混合优化算法

Mixed Optimization Algorithm Based on Quantum Evolution and Simulate Anneal

原胶原分子间的交联结构拉伸力学特性的量子化学计算模拟

Quantum mechanics modeling of cross-link between collagen molecules

将量子算法和模拟退火算法相结合，提出一种量子进化和模拟退火的混合优化算法。

Quantum-inspired evolutionary algorithm is a kind of evolutionary computation algorithm in the form of quantum chromosome and is based on the concept of quantum computation .

这一技术简化了信息处理过程，可用于未来的量子计算机、模拟技术和量子网络中。相关研究发表在2月23日的《自然》杂志上。

By directly linking the motions of two physically separated atoms , the technique has the potential to simplify information processing in future quantum computers and simulations .

提出了量子进化算法在模拟演化电路中的应用。

Proposes the use of Quantum-inspired Evolutionary Algorithm ( QEA ) in AEC .

量子积分的蒙特卡罗模拟

Monte Carlo Simulations of Quantum Integrations

量子器件的计算机模拟

Computer Simulation of Quantum Devices

原子核是量子体系，量子体系模拟的理想工具是量子计算机。

Quantum computer is a perfect tool to simulate such systems .

介观体系中量子输运和量子混沌的模拟研究

Studies on the Simulation of Quantum Transport and Quantum Chaos in Mesoscopic Systems

量子计算机因其并行计算和量子模拟的巨大速度优势，有着非常诱人的应用前景。

Quantum computer is promising for the great speed of its parallel computation and quantum simulation .

◆囚禁离子系统处于真空洁净环境以及可以高度控制离子的内外态，是量子物理学中最有前途的量子模拟平台之一。

◆ Attribute to the clear environment and high controllability , trapped ions are among the most promising platforms for the quantum simulation of quantum physics .

本文主要讨论内容是怎么提高Shor量子算法分解的成功率率以及怎么去模拟实现。同时文章还介绍了量子算法目前的模拟实现方法，着重介绍C++的模拟。

This paper is to discuss how to improve the efficiency of the quantum algorithms Shor and how to achieve the simulation .

论文从应用目的、数据表示、功能特点等方面叙述了当前已有的量子算法模拟器，并对其进行了复杂度分析，同时介绍了量子算法模拟的语言还有通用的调试环境。

The thesis gave a depiction of the current quantum algorithm simulator from the application , representation , function etc , analyzed the complexity , and introduced the quantum algorithm simulating language and the universal debugging environment .

本文基于现有的实验水平，设计了固态体系以及组合体系中实现量子信息处理的方案和量子算法的实现，研究了基于离子阱系统的量子模拟。

The aim of this dissertation is to design schemes of quantum information processing with solid-state systems or their hybrid systems based on the present available technologies and to study trapped-ion quantum simulation .

两体以上的多体纠缠态已经成为一种稀缺资源在量子信息过程中有新的应用，如基于测量的量子计算、量子密码分享和量子模拟等，这些应用已超出了传统的量子计算范畴。

Beyond the applications to conventional quantum computa-tion , entangled states of more than two quantum systems have been used as crucial resources for new directions in quantum information processing such as measurement-based quantum computation , quantum secret sharing , and quan-tum simulation .

近20年来的量子计算理论研究表明了量子计算在很多方面比经典计算优越得多，特别是在量子系统的模拟和大数因子分解等问题上尤为突出并且提出了诸多量子算法。

For the recent 20 years , quantum computing theory has shown that it is much superior to classic computing in many ways . Especially , the superiority is more evident in some simulation of quantum system and large number factoring problems etc. Meantime , many quantum algorithms are presented .