He founded gravity calculus and the laws of motion, not to mention countless other things.

他发现了万有和运动定律，更不用提数不胜数的其他发现。

Anyway, the point is that Newton's law of gravitation is just an approximation - good enough to get us to the moon, but not perfect. General relativity is better.

不管怎样，重点是牛顿的万有定律知识一个近似值—虽然足以让我们登上月球，但还不够完美。广义相对论更好。

Milleis has made a capsule fly, so Kubrick could defy the laws of gravity, so Cuaron could capture the light of the solar system.

米莱斯让太空舱飞了起来，于是库布里克才可以推翻万有定律，所以卡隆才能够捕捉太阳系中的光。

Well, like gravity, the strength of light falls off with the square of the distance.

好吧，就像万有一样，光的强度与距离的平方成反。

The gravitational force of a black hole is very, very strong.

黑洞的万有非常强大。

The law of gravity. It's not good it's not bad. It is.

就好象万有，无所谓好坏。

They're observing the rules of physics and gravity.

他们在理和万有的规则。

The force at the heart of this story is gravity.

本期节目的主角是万有。

It's very similar to the gravitational, Newton's Law, universal gravitation.

它与、牛顿定律、万有非常相似。

Einstein's theory of relativity for which he's so famous disagreed with Newton's law of gravity in just the right way to explain Mercury's odd orbit.

爱因斯坦著名的相对论与牛顿的万有定律不一致，正好解释了水星奇怪的轨道。

If you measured the deflection accurately and worked out the mass of the mountain, you could calculate the universal gravitational constant that is, the basic value of gravity, known as G and along with it the mass of the Earth.

要是你精确测量那个偏差，计算大山的质量，你可以算出万有的常数即的基本值，叫做G同时还可以算出地球的质量。

This is how scientists explain the existence of dark matter: according to Newton's law of gravity, stars orbiting the center of a galaxy should slow down the farther they are from the center.

根据牛顿万有定律，围绕星系中心运行的恒星离星系中心越远，速度就越慢。

It's acting according to the law of nature, according to the laws of cause and effect, the law of gravity.

因为它在按照自然法则行动，按照因果关系法则，按照万有行动。

In fact, I would go so far as to say that every force is an exchange of particles, and gravity is an exchange of gravitons.

事实上，我能说的更多，每一个是粒子间的交换作用结果，万有是子间的交换作用结果。

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

牛顿的理定律，如万有定律，在大多数情况下都成立，但在量子层面就会失效。

He quickly learns that gravity on Mars is much less than on Earth. The lack of gravity makes him very strong.

很快他就知道了火星上的万有地球上小得多。稀薄的万有让他变得强大。

Not only were the laws of the land abandoned, but the law of gravity and the laws of motion as well.

他们不只摆脱了人间的法律，甚至摆脱了万有定律和运动定律的束缚。

It's the gravitational attraction between the sun and the planets that sustains the planets in elliptical orbits around the sun.

那是太阳和行星之间的万有。维持着众行星围绕在太阳周围的椭圆轨道上。

The laws of gravity were suspended.

万有定律在此失效。

But this changes in space because of microgravity-the weaker gravitational pull making things in space float and seem weightless.

但是由于微重——更弱的万有使得太空中的体漂浮着，并且似乎没有重量——这发生了变化。