计算物理学

计算物理学导论。

An Introduction to Computational Physics .

计算物理学是一门解决复杂物理问题的应用科学，有限差分方法是计算物理学中的一个重要的，基础的计算方法，掌握好这种计算方法对我们有实际的应用价值。

The computational physics is an application science to solve complex physical problem , the finite difference method is important and basic in the computational physics .

量子信息与计算是物理学目前研究的热门领域。

Quantum information and computing now is the hot research field of physics .

本文叙述了数值计算在物理学和核科学技术中应用的发展史概况。

In this paper we have briefly stated the applications of numerical analysis in nuclear science and engineering .

量子计算是量子物理学的一个崭新的应用领域。

Quantum computation is one of the newest application fields of quantum mechanics .

目前，量子通信和量子计算已经成为物理学、数学和计算机科学领域研究的热点课题之一。

Recently , the investigations of quantum information and quantum computation have attracted much attention in the fields of physics , mathematics and computer science .

计算机的数值计算功能对物理学中常微分方程研究的用途不仅仅是可以得到数值结果，更为重要的是，它为物理学家提供了计算机模拟实验这个新的研究手段。

The computational function of computer is not merely to get numerical results for physical research , the more important thing is , and it has offered this new research means of " computer simulation experiment " to physicist .

用三种经典分布的统计规律，计算了统计物理学中α因子与热力学量之间的关联，结果表明对单原子分子理想气体而言，其结论是一致的。

In this article , the correlation between α factor and the thermodynamics in statistical mechanics is calculated by statistical law of three classic distributions . The result indicates that , when used upon a monatomic molecule ideal gas , the results of the three distributions are coincident .

量子信息技术与安全多方计算技术分别是物理学与计算机科学中的热门研究领域。

Quantum information technology and secure multi-party computation technique are hot fields in physics and computer science , respectively .

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。

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 .

视觉信号质量评价，作为一个跨学科问题，涉及诸如计算心理学、生理物理学、信号处理、统计学乃至行为学等众多领域，近年来受到越来越多的关注。

Visual signal quality assessment , as an interdisciplinary research , involves many fields such as computational psychology , biophysics , signal processing , statistics , and even behavioristics . It has received more and more attention in recent years .