这好像是我在尝试解释量子论。
量子论是一门研究微粒子的物理学。
Quantum theory is a branch of physics that deals with very small particles.
我用比相对论还多的脑力在量子论上。
分别是：光量子论，提出光量子假说。
Respectively BE: the light quantum theory, put forward light quantum hypothesis.
我用比相对论还多的脑力在量子论上。
On quantum theory I use up more brain grease than on relativity.
是很怪，但不无可能，至少根据量子论就可以。
It is, but it is possible, at least according to quantum theory.
《量子论的奇妙故事》； 巴尼什·霍夫曼。
早期量子论的玻尔-索末菲规则对混沌运动失效。
The Bohr-Sommerfield quantized rule of the old quantum theory has failed in chaotic motion.
从相对论和量子论得出的基本结论是：频率创造世界。
From the theory of relativity and quantum theory is that the basic conclusion: frequency to create the world.
如果谁不曾对量子论感到震惊，他就根本没有理解它。
Anyone who is not shocked by quantum theory has not understand it.
量子论原理对微观世界物理现象的描述仍然是最令人信服的。
The principles of quantum theory hold the field as the convincing account of the physics of the microworld.
旧量子论与量子力学在解释原子结构时存在着某些不同的结论。
There exist some contradictory conclusions between the old Quantum Theory and Quantum Mechanics in explaining the atomic structure.
文章对爱因斯坦和玻尔关于量子论和因果律争论的焦点进行了剖析。
This paper analyzes the focal points in dispute on quantum theory and causality between Einstein and Bohr, and tries to unify causality and statistical law by system analysis.
本文应用量子论讨论了双原子分子的能级，得出了在吸附中能量的变化。
Biatomic molecular energy level was discussed, and energy exchange was obtained in gas absorption.
量子论把宇宙描述为本质是不连续的，比如能量可以以很小的单位元出现，但不能更小。
Quantum theory describes the universe as intrinsically discontinuous: energy, for example, can come in bits just so small, but no smaller.
举个现在被称为哥本哈根诠释的量子论诠释作为例子，它是由丹麦物理学家尼尔斯?波尔提出的。
Take what is now known as the Copenhagen interpretation, for example, introduced by the Danish physicist Niels Bohr.
然而，尽管量子论的正确性在制造日常用品上已得到很好的印证，许多人却忽略了它更广泛更惊人的奥秘。
Yet, while the validity of quantum theory is well-established in producing everyday items, many people overlook its larger and more startling implications.
然而，尽管量子论的正确性在制造日常用品上已得到很好的印证，许多人却忽略了它更广泛更惊人的奥秘。
Yet, while the validity of quantum theory is well-established in producing everyday items, many people overlook its larger and more startling implications.
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