quantum computing

Solid state systems seem to be good candidates for quantum computing implementations.

固态纳米结构是实现量子计算的热门候选系统.

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This idea of reversibility is critical to understanding quantum computing.

可逆性观点是理解量子计算的关键。

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Quantum computing has posed a great treat to the security of traditional public-key cryptosystems based on large integer factorization or discrete logarithm problems, the design of cryptosystem based on new hard problems is more important than ever.

量子计算对基于大整数因子分解和离散对数的传统公钥密码体制的安全性构成巨大威胁，设计基于新型困难问题密码算法被提升到一个前所未有的高度。

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the original goal of quantum computing was to simulate the behavior of arbitrary quantum systems using a small set of basic components.

量子计算最初的目标是使用很少一部分基本元素模拟变化多端的量子系统的行为。

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currently bose-einstein condensation has been widely used in atom optics, quantum mechanics, quantum computing and other fields.

目前玻色-爱因斯坦凝聚在原子光学、量子力学、量子计算等领域已经得到广泛的应用，对技术科学和应用科学的研究起到了巨大的推动作用。

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It's a subtle distinction, but one that is critical in quantum computing.

这是一个细微的区别，但却是量子计算中的一个重要区别。

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Decoherence is the main obstacle in the implement of quantum computing.

退相干是量子系统的相干性受环境影响而减小的过程，是实现量子计算的主要障碍。

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presently, two new computing paradigms are popular in large-scale parallel computation: quantum computing and dna computing.

目前在大规模并行计算模式方面主要存在两种新模式：量子计算模式和DNA计算模式。

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combining the characteristics of quantum computing algorithm with the capacity of global optimization of evolutionary algorithm, the algorithm has many excellent characteristics.

该算法将量子计算的特性与进化算法的寻优能力相结合，具有优良的特性。

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realization of quantum teleportation by quantum computing network

利用量子计算网络实现量子远距传态

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among the numerous systems for quantum computing, cold trapped ion system is considered to be one of the most promising candidates.

在众多候选系统中，囚禁于离子阱中的冷离子具有囚禁时间长，相干时间长和可扩展等优点，成为最有希望实现大规模量子计算的体系之一。

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Although we focus on quantum cryptography, its research result can be referenced by mixing of quantum theory and telecom technology in other quantum information area, such as quantum computing.

本文虽然研究的是量子密码，但其研究成果能为量子理论和通讯技术在其它量子信息处理领域的融合提供一定参考，例如量子计算。

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bell entanglement is now harnessed in practical applications such as quantum computing and cryptography.

贝尔纠缠现在被用于多个实际应用，如量子计算和密码学。

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His research interests include analysis of algorithms, computational complexity, cryptography and quantum computing.

他的研究方向包括算法分析 、 计算的复杂性, 以及密码和量子计算等.

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Quantum Evolutionary Algorithm ( QEA) is one kind of new intelligent optimization algorithm, which is a combination of the quantum computing and evolutionary algorithm.

量子进化算法是量子计算和进化算法相融合的产物，是一种新颖的智能优化算法。

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quantum computing is a recently developed subject. it can deal with information technology using quantum mechanics.

量子计算是新近发展起来的，利用量子力学原理进行信息处理的前沿学科。

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Quantum computers are advanced computing apparatus which are quite different fromclassical digital computers.

量子计算是一种跟传统数位电脑有著相当差异的计算机制.

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quantum information and quantum computing are the hot topics of current physical studies and the rising interdisciplinary fields procreated through the combination of quantum theory with classical information science.

量子信息和量子计算科学是目前物理学研究的热点，是量子力学与经典信息科学相结合而产生的新兴交叉学科领域。

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impractical as this may sound, geordie rose, d-wave's founder, is optimistic that it is the best way forward for quantum computing.

尽管这听起来有点不切实际，但递波的创始人基尼罗斯仍很乐观地表示：这是通向量子运算处理的最佳道路。

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The DAMO Academy aims to attract world-class talent in such areas as quantum computing, machine learning, basic algorithms and network security.

达摩学院的目标是在量子计算、机器学习、基本算法和网络安全等领域吸引世界级一流人才。

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Many of the primitive quantum operators provided by qcl are familiar from classical computing.

qcl提供的基本量子运算符中有许多在经典计算中很常见。

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Quantum-inspired evolutionary algorithm ( QEA) is a kind of evolutionary strategy algorithms inspired by quantum computing.

量子进化算法QEA（Quantum-Inspired Evolutionary Algorithm）将量子理论引入进化计算领域，是一种基于量子计算概念的进化策略算法。

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the technique of nuclear magnetic resonance ( nmr) is one of most promising schemes for realizing quantum computing so far.

从现有的技术条件看，核磁共振技术是目前实现量子计算的最有希望的手段之一。

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about the physical realization of quantum computing, different physical systems have respective advantages and bottlenecks.

在量子计算的物理实现方面，不同的物理系统有着各自的优势和劣势。

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centering on the issue beyond classical computing ability, this paper presents a comprehensive philosophical perspective on the new quantum computing paradigm.

本文围绕着突破经典计算能力的问题，对量子计算范例作全面深入的哲学透视。

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And it includes such two parts as quantum communication and quantum computing.

从大的方面说，量子信息学包涵量子通信以及量子计算两个部分。

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Quantum computing will be strictly mainframe for the foreseeable future.

确切地说,量子运算处理在可预见的未来将会是台大型机.

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In recent years, great concerns have been raised by inventions in the fields of quantum computer, bio-computer and DNA computing.

近年来，量子计算机、生物计算机、DNA计算等领域的创新工作引起了世人的广泛关注。

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In order to improve the complex high-dimensional state space search efficiency, and to obtain better tracking results, the parallelism of quantum computing will be introduced to the immune cloning algorithm among is used to solve the three-dimensional human motion tracking problems.

为了提高对复杂的高维状态空间的搜索效率，求得更优的跟踪结果，将量子计算的并行性引入到免疫克隆优化算法之中，用于求解人体三维运动跟踪问题。

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Quantum computing is not the only game in town when it comes to creating a new computing paradigm.

量子计算逐渐引起一种新的计算模式时，它在当时不是唯一主导模式。

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