What is the translation of " STRING THEORY " in Chinese?

• 弦理论
• 弦论
• 超弦理论
• string theory
• 使弦理论

Examples of using String theory in English and their translations into Chinese

String theory.
书弦论.

Super String Theory.
超弦理论：.

String Theory math requires at least ten other dimensions exist.
超弦理论所需要用到的数学要求存在至少十个维度。

What Is String Theory?
Stringtheory是什么?

String theory predicts that the universe should have six extra dimensions.
超弦理论要求宇宙具有六个额外的空间维度。

Theoretical Physics(String Theory).
弦理论（stringtheory）.

Has string theory been tested?
超弦理论被证实了吗?

And some people think that string theory is tough.
可有些人觉得弦理论很难.

Can string theory do this?
超弦理论可以做到这一点吗？?

Polchinski wrote the two-volume textbook String Theory, published in 1998.
波尔钦斯基撰写了两卷本教科书弦论，于1998年出版。

But in string theory these corrections vanish exactly for several reasons.
但是在弦论中，这些修正由于几个原因完全消失了。

M theory(string theory).
二）弦论（stringtheory）.

Bosonic string theory is the original version of string theory, developed in the late 1960s.
玻色弦理论（英语：Bosonicstringtheory）是最早的弦论版本，约在1960年代晚期发展。

An explanation of the dark energy may involve String Theory, extra dimensions or even what happened before the Big Bang.
对暗能量的解释可能涉及到超弦理论、多维空间，甚至涉及到‘大爆炸'之前的事情。

String theory also predicts the existence of a great many new elementary particles and forces, for which there is so far no observable evidence.
弦论也预言存在大量新的基本粒子和力，但迄今还没有可观测的证据。

Other theories of quantum gravity, including string theory and loop quantum gravity, are far more difficult for newcomers to embrace.
量子引力的其它理论，包括弦论和圈量子引力，对新人来说都更难以涉足其中。

But string theory is highly controversial, in part because most of its predictions are virtually impossible to verify with experiments.
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。

The existence of these additional six dimensions which we cannot perceive is necessary for String Theory in order for their to be consistency in nature.
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。

Q: Some critics of string theory say it's more philosophy than science.
问：一些对弦论持批评态度的人说，弦论与其说是科学，不如说是哲学。

In string theory, the K-theory classification of Ramond- Ramond field strengths and the charges of stable D-branes was first proposed in 1997.
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。

The topological classification of Calabi-Yau manifolds has important implications in string theory, as different manifolds can sustain different kinds of strings..
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。

This means that string theory may, after all, describe the universe that we observe.
这意味着超弦理论或许能够完整描绘我们所观测到的宇宙。

String theory posits that gravitons(and other particles) are closed loops of energy, but the mathematical work hasn't yielded much insight so far.
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。

However, for string theory to be a viable explanation for the universe, it must include dark energy.
不过，为了使弦理论成为宇宙的可行解释，还必须将暗能量整合进去。

String theory is a theoretical framework in which the point-like particles of particle physics are replaced by one-dimensional objects called 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。

In order for string theory to be a viable explanation for the universe, however, it must incorporate dark energy.
不过，为了使弦理论成为宇宙的可行解释，还必须将暗能量整合进去。

They occur in string theory as fields, rather like the electromagnetic field, that can adjust their values dynamically.
它们在弦论中以场的形式出现，就如电磁场一样，可以动态地调整它们的数值。

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.
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。

According to string theory, the most basic indivisible objects underlying all matter are strings: vibrating, one-dimensional loops or segments of energy.
根据弦论，隐藏在所有物质背后的最基本的不可分割的物质是弦：振荡的一维能量环或片断。

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..
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。