That says that any isolated system will tend towards increasing entropy, or disorder.

该定律认为，任何一个孤立系统的将趋向于增加或无序。

So, if we add the information entropy, we'll get the result we're looking for.

如果加上信息，就能得到我们要的结果。

This 'S' represents entropy and this 'd' is a mathematical way of representing change.

这个 S ，这个 d 是变化的数学方法。

We call this principle " entropy, " and it's a fundamental rule of our universe.

我们称此原理为“”，这是我们宇宙的基本规则。

This law states that the amount of entropy or disorder will always increase.

这条定律明或无序的量总是会增加的。

First off, to explain the basic idea of storytelling entropy, let's consider the lightsaber.

首先，为了解释事的基本概念，让我们以光剑为例。

No, there isn't. Only loop quantum gravity calculates the entropy of black holes.

不是这样的，只有环量子引力能算出黑洞的值。

Like everybody else's. Subject to entropy, decay and eventual death.

跟普通人没什么两样 经历着万物的成长 衰败和最终的死亡。

The more entropy there is in a place, the more disordered, messy, and useless it is.

一个地方的值越大，它就越无序、越混乱、越无效。

So 'dS' simply means a change in entropy.

所以 dS 示变。

The breaking down of these arrangements when the entire cell succumbs to entropy is what eventually results in death.

当细胞屈服于‘’，这些机制开始瓦解最后导致生物体死亡。

And land artists embrace entropy, the idea of decay, or even the complete disintegration of their work.

土地艺术家们接受“”，也就是衰变的概念，甚至是作品的完全解体。

Well, how about negative 273 degrees, 'cause that's the temperature at which entropy reaches its minimum value.

大概有零下273度（绝对零度）热力学函数因为那是达到其最小值时的温度。

And what happens is second law thermodynamics: entropy.

。

He put forward a new interpretation of entropy, which is a measure of the disorder of a system.

他创造了的全新阐释，描述了系统的无序程度。

Smoothness, in the face of such tendencies, is not equilibrium, but is actually a very delicately-balanced, low entropy state.

在这样的情况下，平滑度是不均衡的，但确实是处在一个很微妙平衡且低状态。

This is also referred to as the arrow of time, which is closely related to the principle of entropy.

这也被称为 " 时间之矢" ，与增原理密切关联。

But if you expect melted ice to reassemble you're expecting entropy to fall.

但如果你期待融化的冰重新冻回去，你就是在期待减少。

Current thinking suggests it's all related to the second law of thermodynamics or more specifically, entropy.

目前的观点认为，这一切都与热力学第二定律有关，或者更具体地说，与有关。

Greene takes one of his most powerful whacks at entropy, attacking the nettlesome business of the second law of thermodynamics

格林对，对这个令人头疼的热力学第二定律发起了他最猛烈的攻击。