The Heisenberg that we know is a very famous quantum physicist.

我们认识的海森堡是一位非常著名的量子物理学家。

This is a direct consequence of the Heisenberg Uncertainty Principle, which says that the better you know where a quantum particle is, the less you know about its velocity, and vice versa.

这是「海森堡测不准原理」的直接，是越确量子的所在位置，越不确其速度，反之亦然。

He is known for many breakthrough discoveries over the course of his career, and the Heisenberg Uncertainty principle is one of them, which he first published in 1927.

在他的职业生涯中，他以许多突破性的发现而闻名，海森堡不确性原理是其中之一，他于1927年首次发表了该原理。

Would you prefer a simpler application of Heisenberg's uncertainty principle, in which I could either know where you are or whether I like you, but not both.

你想要像海森堡不确性原理 一个粒子的位置和它的动量不可被同时确 那样更简单的程序吗 我现在不能同时确 你到底是哪方的或我是否喜欢你 不过现在两者都不确。

This fact is so important that it has a name: The Heisenberg uncertainty principle.

海森堡测不准原理。

This is the idea upon which the Heisenberg Uncertainty principle is based.

这是海森堡测不准原理的基础。

And then… But then Heisenberg in 1932 for the birth of quantum mechanics.

AS：然… … 然海森堡在 1932 年创立了量子力学。

Although the net energy of the pair is still zero, this can cause a violation of energy conservation, but this is theoretically allowed because the particle and antiparticle annihilate each other  within a time window provided by the energy-time Heisenberg principle.

尽管粒子对的净能量仍然是零，但这可能会导致能量守恒的违反，但从理论上讲这是允许的， 因为粒子和反粒子会在由能量-时间海森堡原理提供的一个时间窗口内相互湮灭。

Heisenberg Uncertainty Principle, when you pick a metric as soon as you do it, then maybe it works as a good heuristic for a short amount of time, but soon enough people would start gamifying.

海森堡不确性原理， 当你选择一个指标时，起初它可能作为短期内有效的启发式方法，但很快人们会开始将其“游戏化” 。

That although it's a particle, because of the Heisenberg uncertainty principle, we can never tell exactly at a given moment where the particle is and what its momentum is.

尽管它是一个粒子，但由于海森堡不确性原理，我们永远无法在某一时刻准确地知道这个粒子的位置和动量。

And because of a physical law called the Heisenberg Principle, these fields never stop oscillating, even without any particles to set off the ripples.

由于被称为海森堡原理的物理律，这些场即使在没有任何粒子引发波动的情况下，也永不停息地振荡。

A kind of Heisenberg indeterminacy intervened: the expenditure of energy that revealed what he saw, changed what he saw.

一种海森堡的不确性介入了：能量的消耗揭示了他所看到的，改变了他所看到的。

Finally, we covered the Heisenberg Uncertainty Principle.

最，我们讨论了海森堡的不确性 原则。

This is a kind of- Heisenberg uncertainty principle situation.

这是一种——海森堡不确性原理的情况。

There's still going to be some uncertainty in that measurement, because of something called the Heisenberg Uncertainty Principle.

还是会有一些疑惑 该措施，因为所谓的 海森堡不确性原理。

Okay, here. Uh, Heisenberg is pulled over by a police officer.

有了，海森堡开车被警察拦了。