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

原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方向。

This is just a classical, Newtonian physics example.

这只是一个经典的牛顿物理学例子。

The world of Newtonian physics which Einstein took by storm already had cracks in it.

爱因斯坦所掀起的牛顿物理学世界已经出现了裂痕。

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。

Newtonian physics is still in everyday use by scientists, while Einstein's is inherent in nuclear electronic technologies.

牛顿物理学仍然被科学家们日常使用，而爱因斯坦物理学则是核电子技术所固有的。

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：“在原子时代之前，人们通过牛顿物理学来理解宇宙。”

Here, he proposed that massive objects cause a distortion in space-time, perceived as gravity, a radical shift from Newtonian physics.

在这里，他提出大质量物体会导致时空扭曲，被视为引力，这是对牛顿物理学的根本转变。

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

尽管经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。

It's an equilibrium price, because we also added to it a lot of Newtonian physics equations where centers of gravity are very much part of the organizing principle.

这是一个均衡价格，因为我们也向其中添加了许多牛顿物理方程：重心是组织原则的重要组成部分。

Richard would often explore Newtonian physics with a golf ball, launching it from the castle's highest turret, contemplating gravity as he watched it arc and fall.

理查德经常会用高尔夫球探索牛顿物理学，从城堡最高的炮塔发射它，一边观察它的弧线和下落一边思考重力。

It explains the behavior of things that move very, very fast – as in, a significant fraction of the speed of light – where regular Newtonian physics doesn't always apply.

他们解释了运动非常快的事物的行为，例如光速的很大一部分——经典的牛顿物理学并不总是适用。

Quantum physics to Newtonian physics is, to me, what queer theory is to heteronormativity, i.e. looking for normative constructs of society - male, female, of gender, of race categorising everything in a neat, rigid way.

对我来说，量子物理学之于牛顿物理学就像酷儿理论之于异规范性，即寻找社会的规范结构——男性、女性、性别、种族，以一种整洁、严格的方式对一切事物进行分类。

However, most importantly, his nuanced characters  are credited with putting the individual at the forefront of Western culture. Isaac Newton: Gravity had always existed, but we did not understand its full significance  until the development of Newtonian physics.

然而，最重要的是， 他细致入微的角色被认为将个人置于西方文化的最前沿。 艾萨克·牛顿：引力一直存在，但直到牛顿物理学的发展， 我们才明白它的全部意义。