That, Dr Koechlin reckons, gives Fresnel optics a big advantage over Newtonian ones.

凯什兰博士认为，这将是菲涅尔视觉超越牛顿的设计的一大优点。

Quicksand is a non-Newtonian fluid, meaning its viscosity changes under stress.

流沙是一种非牛顿流体，也就是说它的粘度在压力下会发生变化。

If economics was physics, macro would be cosmology and relativity while microeconomics would be Newtonian mechanics.

如果济学是物理，宏观济学是宇宙论和相对论，而微观济学是牛顿力学。

Instead of the familiar laws of Newtonian physics, the movement of the ball is governed by quantum mechanics.

本熟悉的牛顿物理定律被取代，改由量子力学决定球的行进。

The Newtonian laws of physics, like gravity, hold true most of the time but they break down at the quantum level.

牛顿的物理定律，比如万有引力定律，在大多情况下都成立，但在量子层面就会失效。

How then can Newtonian gravity affect light?

那么牛顿引力如何影响光呢？

This is just a classical, Newtonian physics example.

这只是一个典的牛顿物理学例子。

Now let's go back to Newtonian mechanics.

现在让我们回到牛顿力学。

It also happens to be one of the most misunderstood concepts in Newtonian physics.

偶然地，这是最受欢迎的想法之一 晚上在牛顿物理学中被理解。

But missiles and guided weapons suffer from the same Newtonian limitations as we talked about before.

但是导弹和制导武器同样受到我们之前谈到的牛顿局限性的影响。

The basic laws of Newtonian Physics were the same, and they thought this was a wonderful thing.

牛顿物理学的基本定律是一样的，他们认为这是一件奇妙的事情。

We learned that giant metal dishes can and will bend radio waves, and can be formed just like gigantic Newtonian mirrored telescopes.

我们了解到巨型金属碟可以弯折无线电波，并且可以像巨型牛顿式反射望远镜那样被建造。

Since the 1800s, mathematicians have raised the idea that not all phenomena could be predicted by Newtonian laws.

自 1800 年代以来，学家提出了这样一种观点，即并非所有现象都可以用牛顿定律预测。

Although Newtonian physics impressed Kant, science itself raised two major questions for him.

尽管牛顿物理学给康德留下了深刻的印象，但科学本身也他提出了两个主要问题。

Whereas classical Newtonian physics is obsessed with the universal formula that govern our reality, it's so fixed on resolute answers.

尽管典牛顿物理学痴迷于支配我们现实的普遍公式，但它却如此执着于坚决的答案。

As film critic Darren Mooney wrote in his review of Oppenheimer: " Before the atomic age, the universe was understood through Newtonian physics."

正如影评人达伦·穆尼在他对奥本海默的评论中所写的那样：“在子时代之前，人们通过牛顿物理学来理解宇宙。”

Now in the normal Newtonian way of thinking it, there's just one time going all the way through like that from this end to that end.

现在在牛顿的正常思考式中，只有一个时间像这样从这端到那端。

Newtonian mechanics allow you to coast without too much trouble from Earth to the Didymos system, but hitting the target requires active guidance.

牛顿力学让你可以轻松地从地球滑行到 Didymos 系统，但击中目标需要主动引导。

He struggled at work initially, but he kept plugging away and eventually rewrote the laws of Newtonian mechanics with his theory of relativity.

他最初在工作中很挣扎，但他一直在努力，最终用他的相对论改写了牛顿力学定律。

What the success of Newtonian physics did for Kant was to raise some serious questions about the adequacy of the philosophy of his day.

牛顿物理学的成功对康德的影响是提出了一些关于他那个时代哲学的充分性的严重问题。