弦理论 英语是什么意思 - 英语翻译

• string theory

在 中文 中使用 弦理论 的示例及其翻译为 英语

也这些弦理论基本。
Nor were these string theories fundamental.

他是弦理论的专家.
He's a string theorist.

我是弦理论的TedBundy.
I'm the Ted Bundy of string theory.

弦理论的普及入门见於Greene2000。
For an accessible introduction to string theory, see Greene 2000.

他的研究范围包括弦理论、引力、黑洞和宇宙学。
His research deals with string theory, gravity, black holes and cosmology.

很多科学家相信弦理论，因为它具有一种数学上的美感。
Many scientists believe in string theory because of its mathematical beauty.

布莱恩·格林恩谈“弦理论”.
Brian Greene on string theory.

十维，我们最后到踏上了弦理论的神话国土。
Ten dimensions, and we finally reach the fabled land of string theory.

但是弦理论目前还极具争议，部分的原因是它的绝大部分预言实际上不可能通过实验来加以验证。
But string theory is highly controversial, in part because most of its predictions are virtually impossible to verify with experiments.

虽然弦理论都有其追随者20多年,其主张继续超出我们目前的实验验证其形式的能力。
Although string theory has had its adherents for more than 20 years, its claims continue to lie outside our current experimental capacity to verify its formalisms.

弦理论假定引力子(和其他粒子)是能量的闭环，但到目前为止，数学工作还没有产生太多的洞见。
String theory posits that gravitons(and other particles) are closed loops of energy, but the mathematical work hasn't yielded much insight so far.

根据弦理论，粒子不是点，但是振动的模式，有长度，但没有高度或宽度的无限细绳片。
According to string theory, particles are not points, but patterns of vibration that have length but no height or width-like infinitely thin pieces of string..

在弦理论中，拉蒙-拉蒙场强与稳定D-膜电荷的K-理论分类在1997年首次提出。
In string theory, the K-theory classification of Ramond- Ramond field strengths and the charges of stable D-branes was first proposed in 1997.

Calabi-Yau歧管的拓扑分类在弦理论中具有重要的意义，因为不同的歧管可以承受不同种类的弦。
The topological classification of Calabi-Yau manifolds has important implications in string theory, as different manifolds can sustain different kinds of strings..

弦理论是一种理论框架，其中点状粒子或粒子物理被称为弦的'对象'取代。
String theory is a theoretical framework in which the point-like particles of particle physics are replaced by one-dimensional objects called strings..

Wrase和他的团队现在正在调查在弦理论中哪些场是允许的，在哪些点上它们违反了Vafa的猜想。
Wrase and his team are now investigating which fields are allowed in string theory and at which points they violate Vafa's conjecture.

戴维认为，弦理论的真实性可以通过对研究过程的哲学和概率论证来确立。
Dawid argues that the veracity of string theory can be established through philosophical and probabilistic arguments about the research process….

问题是渐渐地发现，弦理论也是错误的，与我们在宇宙中观察到的是不相符的。
The problem is it's becoming increasingly clear that string theory is also wrong, and incompatible with what we observe in the Universe.

模糊暗物质是由基础物理，例如，弦理论所激发的，因此是一个有趣的暗物质候选。
Fuzzy dark matter is motivated by fundamental physics, for instance, string theory, and thus is an interesting dark matter candidate.

我们无法察觉的这些额外的六个维度的存在对于弦理论是必要的，以便它们在本质上是一致的。
The existence of these additional six dimensions that we cannot perceive is necessary for string theory in order for there to be consistency in nature.

这样，弦理论第一次明确地在黑洞和基本粒子间建立起了直接具体而且在定量上无懈可击的联系。
In this way, for the first time, string theory explicitly establishes a direct, concrete, and quantitatively unassailable connection between black holes and elementary particles.

弦理论现在面临的一个很大谜团是，数学运算所需要的额外维度可能具有多种形式。
A big puzzle now facing string theory is that there are many possible forms for the extra dimensions that the mathematics requires.

几何分析，引力和弦理论国际马克斯·普朗克研究学校的合作伙伴为柏林自由大学、洪堡大学以及波茨坦大学。
There is the IMPRS for Geometric Analysis, Gravitation and String Theory in partnership with Berlin's Free University and Humboldt University as well as the University of Potsdam.

比方说，弦理论认为我们被隐藏的维包围着，超越我们熟悉的三维空间的神秘的地方。
For example, string theory says we're surrounded by hidden dimensions, mysterious places beyond the familiar three-dimensional space we know.

目前,有几个大爆炸之前的时代的理论来自于弦理论,这是我的专长。
At present, there are several theories of the pre-big bang era coming from string theory, which is my specialty.

但是，如果我们成功了，他们肯定会是巨大的-在此期间，弦理论提供了意想不到的惊喜络绎不绝。
But, if we are successful, they will certainly be huge- and in the meantime, string theory provides a constant stream of unexpected surprises.”.

人类学原理为弦理论的额外维度为什么会卷曲的问题提供了一个可能的答案。
The anthropic principle gives one possible answer to the question of why the extra dimensions of string theory curled up.

弦理论尚未被充分认识的最深的奥秘之一，就是为什么它只被定义在10维或26维。
One of the deepest secrets of string theory, which is still not well understood, is why it is defined in only ten and 26 dimensions.

霍金和Hertog方法使用了弦理论的全息概念，它假定宇宙是一个大而复杂的全息图。
Hawking and Hertog approach uses the holography concept of string theory, which postulates that the Universe is a large and complex hologram.