SUPERSTRING 中文是什么意思 - 中文翻译

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在 英语 中使用 Superstring 的示例及其翻译为 中文

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Superstrings Hidden Dimensions.
超弦隐藏维度.
Connection with superstring theory.
超弦理论的联系.
Superstring theory-- what is it?
什么是“超弦理论”??
M-theory: mother of all superstrings.
M理论:所有超弦理论之母.
Cosmology, superstring theory and M-theory.
否定现代宇宙学、超弦理论、M理论。
人们也翻译
Chapter 6: Nothing but Music: The Essentials of Superstring Theory….
第6章只有音乐:超弦理论基础.
Superstring theory also embraces an infinite number of degrees of freedom.
超弦理论也支持无限多的自由度。
Swedish theoretical physicist, and one of the pioneers of superstring theory.
瑞典理论物理学家,超弦理论的先驱者之一.
The mathematics used in superstring theory requires at least 10 dimensions.
超弦理论所需要用到的数学要求存在至少十个维度。
That would make singularities roughly the size of superstrings, if they exist.
这将使奇点在大小上基本等于超弦,如果它们存在的话。
The mathematics utilized in superstring theory requires a minimum of 10 dimensions.
超弦理论所需要用到的数学要求存在至少十个维度。
Before M theory, all the subatomic particleswere said to be made from tiny superstrings.
在论诞生之前,所有的亚原子粒子都被认为是由微小的超弦组成
In fact, the theoretical framework of Superstring Theory posits that the universe exists in ten different.
实际上,”超弦理论“的理论框架认为,宇宙存在于十个不同的维度中。
Superstrings, singularities, and even grains of the universe could all turn out to be about the size of the"Planck length.".
超弦,奇点,甚至是宇宙的颗粒,所有这一切都可以归结于“普朗克长度”。
The multiverse is a prediction of other theories[such as superstring theory] that can be tested in other ways.
多元宇宙是其他理论(如超弦理论)的预言,可以用其他方式来验证。
With the resurgence of superstring theory in the mid-1980s, super-symmetry has re-emerged in the context of its original discovery.
随着80年代中叶超弦理论的复苏,超对称性又在原理发现它的背景下出现了。
This state-of-the-art film explains complex theoretical physics, like Superstring Theory, in a bold and captivating fulldome show.
这个国家的艺术电影解释复杂的理论物理学,如超弦理论,一个大胆的很吸引人的球幕电影。
His exemplary research is central to mathematical physics and has given us newpathways to explore in quantum field theory and superstring theory.
他的示范研究是数学物理的核心,为我们探索量子场论和超弦理论提供了新的途径。
In fact, the theoretical framework of the superstring theory believes that the universe exists in ten different dimensions.
实际上,”超弦理论“的理论框架认为,宇宙存在于十个不同的维度中。
If any evidence is uncovered that matter and antimatter actually act differently, or violate their apparent symmetry,it could offer support for superstring theory.
假如存在证据发现正物质与反物质的行为是不同的,或者违背明显的对称性,那么该证据就能支持超弦理论。
The group O(10) is of special importance in superstring theory because it is the symmetry group of 10 dimensional space-time.
群O(10)在超弦理论中非常重要,因为它是10维时空的对称群。
At Columbia, Greene is co-director of the university's Institute for Strings, Cosmology, and Astroparticle Physics(ISCAP)and is leading a research program applying superstring theory to cosmological questions.
在哥伦比亚大学,葛林成为了大学中弦理论,宇宙学,天体粒子物理学学院(ISCAP)的负责人之一,并且还领导了一个关于使用理论解答宇宙问题的研究项目。
One of the strangest features of superstring theory is that it requires the universe to have more than three spatial dimensions.
超弦理论最奇怪的一点是它要求宇宙必须有多于3个水平的维度。
For example,the occurrence of the massless graviton and gauge particles that emerge from superstring theories appears accidental and somewhat mysterious;
例如,无质量引力子和超弦理论中的规范粒子的出现,似乎是偶然的,并且有些不可思议;.
In this age of superstring theories and Big-Bang cosmology, we're used to thinking of the unknown as being impossibly distant from our everyday lives.
不同的宇宙》在这个超弦理论和大爆炸宇宙学时代,我们习惯于认为未知世界离我们日常生活极其遥远。
Dr. Greene iswidely recognized for a number of groundbreaking discoveries in superstring theory, including the co-discoveries of mirror symmetry and topology change.
葛林教授被公认在超弦理论领域有许多开拓性的发现,其中包括镜像对称性和拓扑结构变化。
Brian Greene,"The Elegant Universe: Superstrings, Hidden Dimensions, and the Quest for the Ultimate Theory", Vintage Series, Random House Inc., February 2000 ISBN 0-375-70811-1.
布莱恩·格林,“优雅的宇宙:超弦、隐藏维度与终极理论探索”,复古系列,兰登书屋公司,2000年2月.
But its most advanced formulation is called superstring theory, which even predicts the precise number of dimensions: ten.
但是它的最高级的表述形式被叫做超弦理论,这一理论甚至预言了精确的维数:十维。
These definitive papers initiated the explosive growth of superstring theory, now one of the most active and exciting areas of fundamental theoretical physics.
这些权威的论文带来了超弦理论的急剧的进展,现在已成为基础理论物理里最活跃最激动人心的领域之一。
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