查询词典 Heisenberg uncertainty principle

Have you ever heard of Heisenberg's Uncertainty Principle?

你听没听说过海森堡的"不确定/测不准原理"？

This article consists of four parts: In the first part of thesis introduced Heisenberg's early years of life and the creation of Matrix mechanics, expounded Münich、G?ttingen,Copenhagen, three places different academic atmosphere which produce to Heisenberg's institute of physics, and revealed how to set up Matrix mechanics by mathematics method; The second part introduce Schr?dinger's university life, the research results, and the establishment of Wave mechanics. The different academic atmosphere of Vienna and Zürich have the difference influence which brings to Schr?dinger's research work, how to establishment the Schr?dinger equation based on Hamilton equation of classical mechanics, and elaborated the physical controversy caused by the equivalent.; The third part analyzed two mechanics different approaches in which the way to propose the question and solve the question; The last part recommend the different philosophy interpretations, Schr?dinger's interpretation onΨfunction, the statistical interpretation of Wave mechanics, uncertainty principle, and which caused this free discussion of quantum mechanics.

文章共分为四部分：第一部分介绍了海森伯的早年生活及其创立矩阵力学的过程，阐明了慕尼黑、哥廷根、哥本哈根三地不同的学术氛围对海森伯的物理研究所产生的不同作用，并揭示了海森伯如何用数学方法建立矩阵力学方程的过程；第二部分介绍了薛定谔的大学生活、研究成果，以及波动力学的创立过程，说明了维也纳和苏黎世不同的学术气氛给薛定谔的研究工作带来的不同影响，解释了薛定谔以经典哈密顿方程为基础建立薛定谔方程的过程，并阐述了等价性所引起的物理争论；第三部分分析了两种力学的思想进路在提出问题、解决问题上的不同；最后一部分介绍了对两种力学形式不同的哲学诠释，薛定谔对Ψ函数的诠释、波函数的统计解释和测不准原理，以及由此引起的量子力学的大讨论。

No matter the principle of relativity from Einstein's Relativism, Heisenberg's Uncertainty Principle, Bohr's Complementary Principle and Prigogine's Dissipativity Structure, they all tell us that, we can not exclude the human's existence in nature and the important role people play in nature as well.

无论是爱因斯坦的相对论、海森堡的测不准原理，还是玻尔的互补原理、普利高津的耗散结构，都告诉人们，我们不能排除人在自然科学中的存在，不能排除人在自然科学中的重要作用。

Moreover, Hadronic Mechanics preserves all conventional quantum laws, such as Pauli's exclusion principle, Heisenberg's uncertainty law, etc., and only realize them in a more general way.

此外，强子力学保留了所有的传统量子定律，例如泡利〔Pauli Wolfgang，1900-1958，迁居美国的奥地利物理学家，曾获1945年诺贝尔物理学奖〕的排除定律，海森堡〔Werner Heisenberg，1910-，德国物理学家〕的不确定定律等，并且以更一般性的方式应用它们。

Chuck Norris is the only humanbeing to display the Heisenberg uncertainty principle -- you cannever know both exactly where and how quickly he willroundhouse-kick you in the face.

ChuckNorris是唯一展示了海森堡测不准原理的人——你就无法同时精确滴知道他用roundhouse踢你脸时的位置与速度。

As Heisenberg's uncertainty principle of photon, deconstruction leads us to observe the uncertainty principle of meaning-the trace of difference and systematic game in text.

其运动类似「光子」，呈现差异、差异的踪迹和空间化的系统游戏，是一种对於「意义」的「测不准原理」。

The important nuclear volume and configuration interaction were considered in the program. The results show that the obtained wavelengths are in good agreement with the recently experimental data and other theoretical values. The relationship between the level lifetime and the level widths satisfies the Heisenberg uncertainty principle.

结果表明：计算所得的波长与最新的实验数据及其他参考数据较吻合；能级寿命与能级宽度的关系符合海森保的能量与时间测不准原理；在类镓Au48+的跃迁中，3d-4f是一条较强的通道。

Heisenberg's uncertainty principle,proposed in1927 by German physicist Werner Heisenberg,It

概率密度表示在某处单位体积内粒子出现的概率

There are three reasons for people's extensive interest in spin squeezing. Firstly, the spin squeezing is an effective method to overcome the limit in precision improvement set by Heisenberg Uncertainty Principle. Secondly, because of the relationship between spin squeezing and entanglement, the research in spin squeezing is of importance for quantum information. Lastly but not the least, the entanglement is one of fundamental physics problems, so research in thespin squeezing has both practical and theoretical significance.

论文摘要：自旋压缩的研究受到广泛关注源于三方面的原因：海森堡不确定关系的普遍存在是量子测量器件精度提高的最根本障碍，如何抑制它对精度的影响有着巨大的应用前景；自旋压缩与量子纠缠的密切关系使得自旋压缩的研究对量子信息有着重要的意义；另外，量子纠缠是物理有待探索的基本问题之一，所以对自旋压缩的研究既有应用方面的意义，也有着基本理论方面的意义。

As for the idea that the quantum can emerge from relativity, Bousso recently derived the most famous formula of quantum mechanics, the Heisenberg uncertainty principle, from the holographic limit.

至于量子源自相对论的说法，布索最近由全像极限推导出了量子力学最有名的公式──海森堡的测不准原理。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。