quantum mechanics
美 
英
- n.量子力学
- 网络量子力学方法；量子力学世界；量子力学简介
英汉双解
1. | 量子力学the branch of mechanics that deals with movement and force in pieces of matter smaller than atoms |
英汉解释
英英解释
例句
In quantum mechanics an auxiliary integral is often introduced to prove uncertainty principle.
在量子力学中，为证明测不准关系式，常引入辅助积分。
Furthermore, there still remains the question of why quantum mechanics itself exists -- or any natural law for that matter?
此外，量子力学本身或者就此而言任何自然规律何以存在的问题仍未得到解决。
At this point Greene changes tack as he considers Hugh Everett III's Many Worlds Interpretation of Quantum Mechanics.
这个时候，Greene考虑到HughEverettIII的《量子力学的多重世界解读》，于是他改变了策略。
Here at M. I. T. , Seth Lloyd is one of many researchers trying to harness quantum mechanics in powerful new ways.
这是在麻省理工学院，塞思劳埃德是许多试图利用强大的新方法利用量子力学的研究人员之一。
Quantum mechanics achieved herewith a character wholly different, in epistemological respects, from that of classical physics and mechanics.
从认知方面来说，量子力学因此而获得了一个完全不同于经典物理学和力学的特性。
Today scientists describe the universe in terms of two basic partial theories -- the general theory of relativity and quantum mechanics.
今天科学家们按照两种基本的局部理论——广义相对论和量子力学来描述宇宙。
arguably he was one of the founding fathers of quantum mechanics , though he never was very happy with it.
虽然他一直不赞同量子力学，但他却是量子力学的创立人之一。
These parts of the article should be readily accessible to students with a background in quantum mechanics including second quantization.
文章的这些部分应该由于在量力学包括二次量化方面的一个背景容易易接近学生。
And I think quantum mechanics is a beautiful example of how Hume's approach to science is turned out to be right rather than Kant's.
而且我认为量子机械学很好地例证了，休谟的哲学方法是正确的，而康德的则不然。
Feynman was trying to simulate the interaction of N particles with quantum mechanics.
当时Feynman正在试图用量子力学模拟N粒子之间的相互作用。
Quite suddenly, after the long search for a quantum mechanics, there existed two competing and seemingly antithetical versions.
量子力学经过漫长探索后，十分突兀的出现了两种互相竞争且看起来完全对立的版本。
According to quantum mechanics, electrons don't have well-defined orbits around atoms, as the planets do around the sun.
根据量子力学的理论，电子围绕原子并没有明确的轨道，就好像诸多行星围绕太阳运转那样。
Yeah. Well, it's just some quantum mechanics, with a little string theory doodling around the edges.
是的，只是一些量子力学。边上还乱画了一些弦理论。
This he said disproved the Heisenberg principle which meant quantum mechanics was inconsistent.
他说的这些话反驳了海森堡原理，也就是量子力学前后不自洽。
The result was that the Gottingen School also made rapid progress in developing the basic ideas of quantum mechanics.
结果是，哥廷根学派也促成了量子力学基本思想的快速发展。
Quantum entanglement is one of the most remarkable characters of quantum mechanics, is also a very important resource in communication.
量子纠缠态是量子力学最显著的特征之一，也是信息领域一个非常重要的资源。
You hear a lot of talk about how quantum mechanics says that everything is all interconnected.
大家听过很多关于量子物理学如何解释万物是互相联系的。
MAX TEGMARK: If quantum mechanics suddenly went on strike, every single machine that we have in the U. S. , almost, would stop functioning.
马克思特马克：如果量子力学突然罢工了，我们在美国所使用的所有机器几乎都会停止运转。
For physics as a whole to be logically consistent, there has to be a theory that somehow unites quantum mechanics and general relativity.
要让物理整体的逻辑一致，就必须要有个理论，以某种方式将量子力学和广义相对论统合起来。
We really have to ask ourselves, why is quantum mechanics this limited?
我们真的得问问自己，为什么量子力学是有界的？
Quantum mechanics, which evolved in the early nineteen-twenties, had its initial thrust in the area of atomic physics.
本世纪20年代初期发展起来的量子力学，其最初取得的突破是在原子物理学的领域中。
Course 1 makes heavy use of quantum mechanics.
第一种课程大量应用量子力学。
The intrinsic randomness commonly ascribed to quantum mechanics is the result of this postulate.
一般算在量子力学头上的内在随机性，其实正是这个外加假定的结果。
He set up in that way an alternative form of quantum mechanics.
他就是以这样一种方式建立了量子力学的另一种形式。
Is Complementary Principle Essential to Understand Quantum Mechanics?
互补原理对于理解量子力学是必需的吗？
The book is suitable as an accompanying text or recommended reading for a graduate course in quantum mechanics.
书象一份伴随的正文一样合适或者建议为一门毕业生量力学课读。
The idea behind quantum computation is to hijack some of the "spookiness" in the area of physics known as quantum mechanics.
量子计算依据的想法是劫持一些在物理学领域称之为量子力学的“幽灵”。
And when you take quantum mechanics, you'll see that indeed you do get this set of evenly spaced energy levels.
当你们学习量子力学时，你们会看到你们的确得到，一套均等间隔的能级。
Still, non- relativistic quantum mechanics is also used due to its simplicity and when relativistic effects are relatively small.
尽管如此，也使用非相对性量子力学，由于其简单而当相对论作用相对小时候。
Unlike the world of quantum mechanics, the state of a computer process can be checked without modifying that state.
与量子力学领域不同，计算机进程的状态可以不修改就被检查。
Is the purpose of this book to expose this world of quantum mechanics that people find so mysterious and point out that it's everywhere?
这本书的目的在于展示被多数人认为很神秘的量子力学世界并同时指出它的无所不在么？
Dirac became one of the fathers of quantum mechanics at the age of 23.
狄拉克在23岁时成为量子力学的创始人之一。
Matter waves exist at the quantum level where quantum mechanics blurs the boundaries between the properties of particles and those of waves.
在物质波的存在，在量子级之间的界限模糊的量子力学性能的粒子与那些波。
Then along came atomic clocks, following the beat of quantum mechanics, the laws that govern the energies of electrons bound to nuclei.
伴随着量子力学的横空出世，核子与电子间的作用法则被揭示，之后就轮到原子钟独领风骚了。
Our main purpose in this chapter is to conceptually weave some of the ideas of quantum mechanics into the fabric of optics.
这一章的主要目标，是在概念上把量子力学的一些概念引入到光学中来。
The operation of a free electron laser can be explained without reference to quantum mechanics.
自由电子激光器的操作完全可以被解释清楚而无需求助于量子力学。
Entanglement is one of the strangest consequences of quantum mechanics.
缠绕态是量子力学（得到）的最奇特的结果之一。
Under the right conditions, a fluid can turn into a superfluid , governed by quantum mechanics even on macroscopic scales.
在正确的条件下，流体会转变成超流体，而后者由量子力学所支配，就算在巨观尺度下也一样。
Quantum entanglement is one of the most basic characteristics of quantum mechanics.
量子纠缠是量子力学的最基本的特性之一。
One of the central features of quantum mechanics is a mathematical property called linearity.
量子力学的核心特色之一是称为线性的数学性质。
Quantum mechanics showed classical mechanics to be incorrect for describing the internal motions within atoms.
量子力学证明，用经典力学描述原子内部的运动也不正确。
Therefore, quantum mechanics, translated to Newton's equally deterministic description, leads to a probabilistic description of nature.
因此量子力学转换为牛顿的同等确定性原理，导致自然状态的概率描述。
