What is the translation of " QUANTUM GRAVITY " in Chinese?

• 量子引力
• 量子重力
• quantum gravity

Examples of using Quantum gravity in English and their translations into Chinese

The Quantum Gravity Unit.
量子重力部门.

The study appeared in the journal Classical and Quantum Gravity.
这项研究发表在古典与量子重力期刊(ClassicalandQuantumGravity)。

We need a quantum gravity theory.
我们需要一个量子引力理论。

The study was detailed in the journal Classical and Quantum Gravity.
这项研究发表在古典与量子重力期刊(ClassicalandQuantumGravity)。

Classical and Quantum Gravity 9: 173- 91.
经典和量子重力9:173。

The research was published in the journal Classical and Quantum Gravity.
这项研究发表在古典与量子重力期刊(ClassicalandQuantumGravity)。

A theory with the strange name of loop quantum gravity predicts that space and time are indeed made of discrete pieces.
一个拥有圈量子引力这样奇怪名字的理论预言了空间和时间的确是由离散的块组成。

So far our speculations on this topic are not solidly linked to loop quantum gravity calculations.
迄今我们在这个问题上的思考并没有与圈量子引力的计算紧密相连。

The name quantum gravity simply means"gravity at the smallest scales," but the phrase doesn't imply a specific theory.
量子引力这个名字的意思是“最小尺度上的引力”，但这个短语并不意味着一个特定的理论。

One problem with this approach is that it is not known if quantum gravity will be a simple and elegant theory.
这方法的一项问题是没人可以肯定量子引力是否会是一个简单优雅的理论。

I will describe its application to a handful of interconnected problems, within information theory, thermodynamics, and even quantum gravity.
我将介绍其应用的互连问题了一把，在信息理论，热力学，甚至量子引力。

The shared $3 mn prize was given for“opening new perspectives on quantum gravity and the unification of forces”.
他们共同的$3百万奖金被赋予了“关于开放量子引力新的视角和力量的统一”。

Currently, a rival theory in quantum gravity is that anybody falling into a black hole hits a“firewall” and is immediately destroyed.
目前，一个相对立的量子引力理论的说法是任何掉入黑洞的人会撞上“防火墙”并随即被摧毁。

Ultimately, I'm not sure I buy Rovelli's ideas, about either loop quantum gravity or the thermal time hypothesis.
最后，我不确定我是否认同罗维里的观点，无论是关于圈量子引力还是热时间假说。

Recent theories of quantum gravity hold that time and space are broken down into discrete quanta, essentially fragments of information.
最近的量子引力理论认为时间和空间被分解成离散量子，基本上是信息片段。

So in 2006, Ashtekar and colleagues applied loop quantum gravity to the birth of the universe.
因此在2006年，阿希提卡和同事将圈量子引力理论(Loopquantumgravity，简称LQG)应用到宇宙的出生。

The theoretical effort also includes research into fundamental aspects of quantum field theory, string theory, AdS/CFT and quantum gravity.
理论工作也包括研究量子场论的基本方面，弦理论，广告/CFT和量子引力。

He lives in Marseille, where, since 2010, he has run the quantum gravity group at the Centre de physique théorique.
他现在居住在法国马赛，自2010年以来，在理论物理学中心领导着一队量子重力研究学者。

During my entire research life, friends and curious people have asked me to explain what was going on in quantum gravity research.
在我的整个研究生涯里，一直有朋友和好奇的人请我讲解量子引力到底是怎么一回事。

They concluded that it was at the edge of possibility, but that quantum gravity effects(which are currently unknown) could be an issue.
他们的结论是,这是在可能性的边缘,但量子引力效应(目前尚不清楚)可能是一个问题。

While 1D quantum gravity gave us quantum field theory for particles in a possibly curved spacetime, it didn't describe gravitation itself.
虽然1维量子引力为我们提供了可能弯曲时空中的粒子的量子场论，但它并没有描述引力本身。

And so it's not clear that we can use computers to simulate processes likely to involve quantum gravity, such as the evaporation of black holes.
因此，我们不清楚我们如何用电脑模拟可能涉及量子重力的过程，如黑洞的蒸发。

Although it's not a true theory of quantum gravity, the model does contain elements from both quantum theory and general relativity.
虽然这不是一个真正的量子引力理论，但这个模型包含了量子理论和广义相对论的元素。

Last week, dozens of physicists met at a Google X conference to discuss how quantum technology could be useful for quantum gravity researchers.
不久前，数十名物理学家在谷歌X会议上讨论了量子技术如何为量子引力研究人员所用。

Most people in the field presently think that perturbative quantum gravity must be the correct low-energy limit of any theory of quantum gravity.
目前该领域的大多数学者都认为，微扰量子引力1定是任何量子引力理论的低能量下限。

Either the Born rule continues to reign, or we discover a subtle violation that could lead to a better understanding of things like quantum gravity.
玻恩定则继续统治，或者我们会发现一种微妙的违反，可以让我们更好地理解诸如量子引力之类的东西。

Quantum gravity is believed to be background-independent(in some suitable sense), and TQFTs provide examples of background independent quantum field theories.
量子引力被相信是背景独立的（在某种意义上），而TQFT恰好能提供背景独立的量子场论的例子。

The contributions of Professor Stephen Hawking over fifty years of research have formed a essential precursor to progress in general relativity and quantum gravity.
经过多年的研究教授霍金的贡献50形成的进展广义相对论和量子引力基本前提。

According to a theory dubbed orchestrated objective reduction(Orch-OR) human experience of consciousness is the direct result of quantum gravity effects in these microtubules.
根据一种被称为谐客观化归（Orch-OR）的理论，人类意识的经验是这些微管中量子重力效应的直接结果。