And then, we make quantum mechanical generalization of some typical thermodynamic processes, such as isothermal process, isochoric process.
通过对一热力学过程量子力学推广,以直接从量子力学去理解热力学。
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What is the correct interpretation of quantum mechanics?
量子力学正确诠释是什么?
" Your particles are just obeying their quantum-mechanical marching orders, " Greene says.
“粒子只是在遵循量子力学运动命令而已,”格林说。
So, Leonard, Howard says you're working on fundamental tests of quantum mechanics.
莱纳德,霍华德说你正在进行一些量子力学基本测试。
Actually, I was referring to a thought experiment concerning a paradox in quantum mechanics.
实际上,我刚是一个思维实验,关于量子力学中一个悖论。
And the other has to do with the weird rules of quantum mechanics.
另一个概念与量子力学奇怪规则有关。
But, if you're looking for something a bit more out there to explain deja vu, try quantum entanglement.
如果你要更进一步去解释“幻觉记忆”,可以从量子力学角度去研究。
But anyway, in the many-worlds picture of quantum mechanics, 'branch-points' are predicted to happen all the time, everywhere.
论如何,在量子力学多重世界图景中,‘分支点’预计随时随地都会发生。
Werner Karl Heisenberg was a German theoretical physicist, a Nobel laureate and one of the key pioneers of quantum mechanics.
维尔纳·卡尔·海森堡,德国论物学家,诺贝尔奖得主,量子力学重要先驱之一。
That's because at this scale, particles such as protons behave according to the laws of nature we call quantum mechanics.
那是因为这个层次 粒子和质子其行为依据自然法则 是所谓量子力学。
The new theory of quantum mechanics resolved this difficulty.
新量子力学论解决了这个难题。
And it really speaks to the robustness of quantum mechanics.
它确实说明了量子力学稳健性。
And it opens up this world of quantum mechanics.
这开启了量子力学世界。
We were talking about string theory and different interpretations of quantum mechanics.
我们在讨论弦论和量子力学不同解释。
It's a pretty modern version of thinking about quantum mechanics.
这是一个相当现代量子力学思考方式。
We certainly know in many cases, you talk about waves or particles, the quantum approach.
在许多情况下,我们知道你谈论是波或粒子,这是量子力学方法。
This made his books extremely popular, especially his explanations of relativity and quantum mechanics.
这使得他书籍极为畅销,尤其是他对相对论和量子力学阐述。
So, it's an extremely strange implication of quantum mechanics.
所以,这是量子力学一个极其奇怪推论。
And if it is very very small, nanoscopic, that is the world of quantum mechanics.
如果它非常非常小,纳米级,那就是量子力学世界。
How did we go from this Bohr model to more of a quantum mechanical model?
我们怎样从玻尔模型转变为更接近量子力学模型呢?
The experiments carried out by Clauser helped settle a famous debate about quantum mechanics between Einstein and famed physicist Niels Bohr.
克劳泽进行实验帮助解决了爱因斯坦和著名物学家尼尔斯·玻尔之间关于量子力学著名辩论。
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