我获得了杠杆定律的表达式。
精美的艺术品不像实用艺术品那样受物理定律的约束。
Fine-art objects are not constrained by the laws of physics in the same way that applied-art objects are.
因此，对物理定律的敏感性是应用艺术作品创作者的一个重要的考虑因素。
Sensitivity to physical laws is thus an important consideration for the maker of applied-art objects.
最早的关于五秒定律的研究报告被认为是吉莉安·克拉克所写，她是一名高中生，参加了伊利诺伊大学的一个研究项目。
The earliest research report on the five-second rule is attributed to Jillian Clarke, a high school student participating in a research project at the University of Illinois.
这是格雷欣定律的一个例子。
时空只是这些定律的产物罢了。
它们实际在解这些定律的方程。
它们实际在解这些定律的方程。
首先是技术变革超出摩尔定律的藩篱。
The first is technological change beyond that ordained by Moore’s Law.
物理定律的缜密性在社会问题上似乎不大适用。
It seems unlikely that the rigor attached to physical laws can ever be extended to social issues.
相反，它们是物理基本定律的涌现性。
Instead, they are emergent properties of the fundamental laws of physics.
刚刚又有一个遵循，第三定律的例子。
In this example, you also see that it's consistent with the Third Law.
质疑这条定律的兽医们发现了几个问题。
其中之一是，我得到的杠杆定律的表达式。
首先，排除了一切违背现有物理学基本定律的观念。
First, he rejects any ideas that are at odds with what is currently understood about the fundamental laws of physics.
第三类是那些违反物理定律的想法，因而不可能实现。
The third class is for ideas that are impossible because they violate the laws of physics.
因此我想告诉你们，一些关于开普勒第二定律的知识。
So, I want to tell you a bit about Kepler's second law of celestial mechanics.
这就是墨菲定律的例子。
所以说，时间之箭建立在任何适用当地物理定律的地方。
So the arrow of time is built on top of whatever local laws of physics apply.
在一定程度上，生命是计算和自组织定律的产物。
Rather, life is a consequence of the laws of computation and self-organization.
爱因斯坦的上帝不是钟表匠而是自然定律的化身。
Einstein's. God was no clockmaker, but the embodiment of reason in nature.
这个后来逐渐被称为摩尔定律的理论后来再度被修改和改进。
The theory, which would eventually come to be known as Moore's Law, was later revised and refined.
因此，热力学也是个大玩笑，从我下面对，这些定律的描述。
So, thermo is also a big tease, as you can see from my descriptions of these laws here.
估值是在我们的理财中最接近万有引力定律的东西。
Valuation is the closest thing to the law of gravity that we have in finance.
所以现在是我们一生中，同时使用这两大，定律的伟大时刻。
And so now we have here a big moment in our lives that we have applied both laws.
电脑内存、数据储存与传输，都拥有大致类似于摩尔定律的规律。
Computers memory, data storage, and data communication have their own rough approximations of Moore's Law.
当然，在某种程度上，这是我们对这几个，基本定律的信心来源。
And at this point, of course, there's just enormous confidence in that small number of laws.
尽管有许多质疑摩尔定律的声音，但迄今为止它是正确的。
Despite many periodic cries that the pace of progress predicted by Moore's Law simply could not be maintained, it has so far held true.
像这样一个弹簧，将它拉伸到，它不再能遵循胡克定律的点。
I can take a spring like this one and stretch it to the point that it no longer behaves like Hooke's Law.
像这样一个弹簧，将它拉伸到，它不再能遵循胡克定律的点。
I can take a spring like this one and stretch it to the point that it no longer behaves like Hooke's Law.
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