The first follows from the theory of relativity of Albert Einstein.

第一个来源于爱因斯坦论。

Although it might overwrite Albert Einstein's theory of relativity.

虽然它可能会推翻爱因斯坦论。

According to Einstein's theory of relativity, gravity is a curve in space-time.

根据爱因斯坦论，引力来自时空弯曲。

Or what about theories like Plato's theory of forms or Einstein's theory of relativity?

或者像柏拉图形式论或者爱因斯坦论呢？

According to Einstein'sTheory of Relativity, all matter distorts space causing it to change direction.

根据爱因斯坦论，所有物质都会使空间变形，并使得光线路径生变。

Einstein's theory of relativity changed that.

爱因斯坦论变了。

It's true. Even Einstein's theory of relativity was later applied to the development of nuclear weapons.

没错，就连爱因斯坦论后来也应用在了核武器研上。

So as cosmologists what we do is we apply Einstein's theory of relativity to the universe as a whole.

作为宇宙学家，我们要做就是爱因斯坦论应用到整个宇宙中。

Well, the next question comes from jMozac, who asked, " The quantum universe, was Einstein wrong about his theory of relativity? "

下一个问题来自 jMozac，他问，量子宇宙，爱因斯坦论是不是错了？

But I don't think there is any scientist who would disagree with its use in the context of Einstein's theory of gravity.

但我敢说，没有一个科学家会反用“完美”来形容爱因斯坦论。

The observation confirmed one of the basic predictions of Einstein's theory of relativity.

一观察证实了爱因斯坦论一项基本预测。

Gravitational waves are one of the stranger  implications of Albert Einstein's General Theory of Relativity.

引力波是阿尔伯特·爱因斯坦广义论中最奇怪含义之一。

This was more an optical illusion than  a refutation of Einstein's relativity.

与其说是爱因斯坦论反驳，不如说是一种视错觉。

Well, they were first proposed as a kind of mathematical oddity, because of Einstein's theories of relativity.

好吧，由于爱因斯坦论，它们最初被认为是一种数学怪癖。

Like the explorers aboard the ABC Jungle Fruit are cruisers searching for resources beyond Earth in a class on Einstein's special relativity over at brilliant.org.

就像 ABC 丛林水果号上探险者一样，他们是在 brilliant.org 网站上关于爱因斯坦狭义论课程中，寻找地球以外资源巡航员们。

But the first modern hints about black holes arrived as an abstract mathematical idea inside Einstein's theory of general relativity.

但关于黑洞第一个现代暗示是作为爱因斯坦广义论中一个抽象数学概念出现。

The speed of light is a cornerstone in Einstein's theory of special relativity, which is what gives us the concept of causality: causes precede effects.

光速是爱因斯坦狭义论基石，为我们提供了因果关系概念：先因后果。

But, when Einstein constructed the theory of relativity, did he know that it would lead to the development of GPS, nuclear energy, or the original television?

但是，当爱因斯坦构建论时，他会知道个理论可以促进GPS、核能或电视展吗?

Einstein's theory of relativity was not initially accepted by most physicists, nor did Einstein want it accepted without some empirical tests.

爱因斯坦论最初并没有被大多数物理学家接受，爱因斯坦也不希望它在没有一些经验测试情况下被接受。

Slipher was unaware of Einstein's theory of relativity, and the world was equally unaware of Slipher, so his finding had no impact.

斯莱弗不知道爱因斯坦论, 世界同样不知道斯莱弗, 所以他现没有影响。