What is the correct interpretation of quantum mechanics?

子力学的正确诠释是什么？

And the other has to do with the weird rules of quantum mechanics.

另个概念与子力学的奇怪规则有关。

So, Leonard, Howard says you're working on fundamental tests of quantum mechanics.

莱纳德，霍华德你正在进行子力学的基本测试。

" Your particles are just obeying their quantum-mechanical marching orders, " Greene says.

“粒子只是在遵循子力学的运动命令而已，”格林。

My main reason of coming out here is to do some quantum mechanics, OK?

我来这里的主要原因是要讲子力学的知识， 知道吧？

And it really speaks to the robustness of quantum mechanics.

它确实子力学的稳健性。

But, if you're looking for something a bit more out there to explain deja vu, try quantum entanglement.

如果你要更进步去解释“幻觉记忆”，可以从子力学的角度去研究。

It solidified the foundation of quantum mechanics and continues to guide researchers navigating the often paradoxical quantum realm.

它巩固子力学的基础，并继续指导研究人员探索经常自相矛盾的子领域。

But anyway, in the many-worlds picture of quantum mechanics, 'branch-points' are predicted to happen all the time, everywhere.

但无论如何，在子力学的多重世界图景中，‘分支点’预计随时随地都会发生。

I love the thought of this bold young man hoping to topple quantum mechanics.

AS：我喜欢这个希望推翻子力学的大胆年轻人的想法。

The new theory of quantum mechanics resolved this difficulty.

新的子力学理论解决这个难题。

The mysteries of quantum mechanics are not something that I consider every day.

子力学的奥秘不是我每天都在考虑的事情。

For example, understanding quantum mechanics led to the invention of the computer and the whole information age.

例如，对子力学的理解导致计算机的发和整个信息时代。

And that field of physics, which studies how quanta behave, is what we call quantum mechanics.

这个研究子行为的物理学领域就是我们所的子力学。

They might discover some new quantum mechanics, but apples right here are still going to fall down.

他们可能会发现新的子力学，但这里的苹果还是会掉下来。

His results agreed with the predictions of quantum mechanics and showed that Einstein's hidden variables probably do not exist.

他的结果与子力学的预言致，表爱因斯坦的隐变很可能不存在。

Werner Heisenberg, born in 1901, was a central figure in the world of quantum mechanics.

维尔纳·海森堡 (Werner Heisenberg) 出生于 1901 年，是子力学领域的核心人物。

What if, as quantum mechanics says, things can be in more than one state at the same time?

如果像子力学所的那样， 事物可以同时处于不止种状态怎么办？

But there's the uncertainty relationship discovered by Walter Hyacenberg in 1923, which lies at the heart of quandum mechanics.

但是WalterHyacenberg在1923年发现不确定性关系 这是子力学的核心。

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，德国理论物理学家，贝尔奖得主，子力学的重要先驱之。