The quantum theory is not just an esoteric addendum.
量子理论并不只是一个深奥的附录。
The quantum theory is not just an esoteric addendum .
量子理论并不只是一个深奥的附录。
The Swiss are using quantum theory to make their election more secure.
瑞士人使用量子理论使他们的选举更可靠。
But quantum theory, Aerts argues, offers richer logical possibilities.
但是Aerts认为，量子理论提供更丰富的逻辑可能性。
This could help solve the problem, and lead to a quantum theory of gravity.
这可能会帮助解决难题，带来引力的量子理论。
Max Planck founded quantum theory, and thus wrecked the Newtonian universe.
马克斯·普朗克确立了量子理论，从而颠覆了牛顿的宇宙学说。
A very rich and rewarding path was opened with the advent of quantum theory.
随着量子理论的出现，一条丰富而有意义的道路敞开了。
Afterwards, they needed a proper quantum theory, and Dr Glauber provided it.
后来，他们需要一种合适的量子理论，而格劳伯博士提供了这样的理论。
A the area of physics that applies to the very small is called quantum theory.
这种应用于非常微观领域的物理学叫作量子理论。
Most grandly, they might help test the bounds of quantum theory and our sense of reality.
更重要的是，它们有助于测定量子理论和我们日常感知的边界。
Ultimately, we may have our first indication of how space-time emerges out of quantum theory.
最终，我们将第一次从量子理论中揭开时空的庐山真面目。
Yet quantum theory suggests that space should be grainy at the smallest scales, like sand on a beach.
而量子力学则表明宇宙在最小尺度上是分立的，好比沙滩上的沙粒。
In quantum theory, it's even less well defined: time doesn't even figure as something that gets measured.
而在量子理论中，时间更加无法定义：时间甚至不具有可以测量得到的特质。
So Millikan's paper is not at all, as we would now expect, an experimental proof of the quantum theory of light.
所以，密立根的文章根本不像我们现在认为的那样，是对光的量子理论的实验验证。
Eventually they're aiming to fulfill Einstein's unrealized goal of unifying general relativity with quantum theory.
最终他们希望能够完成爱因斯坦尚未实现的目标——将广义相对论与量子理论统一起来。
This result should contribute to the ongoing debate over the various interpretations of quantum theory, " said Steinberg.
这一结果有助于正在进行的有关量子理论的各种解释的辩论，”斯坦伯格说。
1970 - Discovers that by using quantum theory and general relativity he is able to show that black holes can emit radiation.
1970年—运用量子理论和广义相对论证明了黑洞可以放出辐射。
Perhaps only humans, with our seemingly illogical minds, are uniquely capable of discovering and understanding quantum theory.
或许只有人类有着看上去不合逻辑的大脑，具有发现和理解量子物理的独一无二的能力。
It may sound preposterous to imagine that the mathematics of quantum theory has something to say about the nature of human thinking.
从量子理论的数学说到人类思考的本质似乎有些荒唐。
The confirmation also provides important guidance to those seeking the holy grail of physics - a quantum theory that includes gravity.
这个证明也为寻求物理学的圣杯——量子引力论——提供了重要的指导。
While Born's rule has been central to quantum theory since the 1920s, it has not been tested experimentally with any degree of rigour.
虽然波恩定则自20世纪20年代以来已成为量子理论的核心，但它尚未经过任何严格实验的测试。
By then, all stars will be long dead, and (if modern quantum theory is right, and we're pretty sure it is) even black holes will have evaporated.
到那时，所有的恒星早都消亡了，而且(如果现代量子理论是对的，我们相当肯定它是对的)甚至黑洞也会消失。
Recently, physicists trying to meld gravity and quantum theory, and so explain the nature of space and time, have begun to revisit this old question.
最近，物理学家试图把引力和量子理论融为一体，由此来解释空间和时间的性质，已经开始重新研究这个老问题。
The idea of using the more arcane aspects of quantum theory to do things that standard information technology cannot manage has been around for a while.
将量子理论当中艰涩得多的部分应用去做常规信息技术无法达成的事情，这样的想法由来已久。
According to quantum theory, the shortest moment of time that can exist is known as Planck time, or 0.0000000000000000000000000000000000000000001 second.
根据量子理论，能够存在的最小时间单位叫做普朗克时间，长度为0.0000000000000000000000000000000000000000001秒（一千亿亿亿亿亿分之一秒）。
No-one can understand quantum theory — by any account, the most successful physical theory there has ever been — unless they grasp the underlying mathematics.
没有一个人可以理解量子理论——不论从什么角度来说，他都是人类历史上最成功的物理理论——除非他们能够掌握最为深奥的数学。
The next three decades turned physics on its head, with the discovery of electrons, atomic nuclei, radioactivity, quantum theory and the theory of relativity.
以后的三十年里，物理学发生了天翻地覆的变化：电子、原子核、放射性、量子理论、相对论相继出现。
The next three decades turned physics on its head, with the discovery of electrons, atomic nuclei, radioactivity, quantum theory and the theory of relativity.
以后的三十年里，物理学发生了天翻地覆的变化：电子、原子核、放射性、量子理论、相对论相继出现。
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