The crisis that we're in now--and this is very important, you're living through it and we'll see how it pans out.
我们身处这个危机之中,而且重要的是,你会经历整个过程并且看到它的结果如何
You can see that the dash distribution I drew has more out in the tails, so we call it fat-tailed.
你们可以看到,虚线画的这个分布,尾部要长很多,所以我们叫它长尾分布
So that's promising. We did, in fact, see red in our spectrum, and it turns out that that's exactly the wavelength that we see is that we're at 657 nanometers.
这是可能的,事实上,我们在光谱里看到过红色,结果它就是我们看到的在657纳米处的波长。
OK, and you can see that this thing ought to unwrap, it's going to keep extending out those multiplications until gets down to the base case, going to collapse them all together.
好,你可以看到这种方法,是怎么解决的,他一层层的将乘法展开一直到最底层,然后将他们一起乘起来。
And, see, out at very, very high separations, it's essentially all repulsive, excuse me, all attractive.
看,当它们离得很远很远时,基本上只有斥力,对不起,是引力。
The reason you have to get it out of your head is you need to be able to see it on a surface that is not in your mind.
这么做的原因是,你需要,客观地观察它,而不是看它在你大脑中的样子。
It might turn out if I had X-ray vision that what I see is this... Then the answer'd be there's not one train here.
有可能是,我看到的是这样。,答案就不是同一辆火车。
But it turns out that as we'll see that functions absolutely take arguments, right?
但结果是我们将看到,函数绝对是有参数的,对不对?
You can see how it's laid out. This is the Frost who published that book. This is Frost at thirty-nine, Frost in a suit made by a London tailor in London.
可以看看是怎么排列的,这个是弗罗斯特,当时发表那本书的时候,这个是他39岁,在伦敦穿着伦敦裁缝做的西装。
In other words, if you look too closely at a picture or if you stand too far away from it you don't see it clearly it's out of focus but if you achieve just the right distance from it, it comes into focus.
换句话说,如果你站得离一幅图画太近,或太远都无法看清它,它在焦距之外,但是如果你站在合适的位置上,焦距就对准了,画就清晰了。
You don't even have to see the score. You can figure it out.
大家甚至不需要看谱子就可以猜出来
See if you can figure it out.
怎么样?
But they need to be out working with the people. So I don't see this side of the programme, And it's I'm not blaming this on the Obama administration.
但是他们应该和阿富汗人民一起工作,但我没有看到这方面的计划,我并没有责怪奥巴马政府的意思。
First is the body mass index, you're going to see this a lot and you--some of you probably know about it already because it's out there in the popular literature.
首先是体重指数,我们会经常碰到这个概念,你们也许已经知道这个概念了,它经常在科普读物中出现
I'm going to treat this chapter as a sort of microcosm of the book, with respect to its craft. Let's look at how this opens: "The next afternoon when he got his car back, he drove it out into the country to see how well it worked on the open road.
我认为这一章是整本书的缩影,关于这个的写法,让我们一起看一下她是如何开头的:,第二天下午,当他拿回自己的车时,他把它开出去,开到农村里,想看看开着它在平坦的公路上时,它的性能如何。
And an electron is something where, i n fact, we might be able to, if we calculate it and see how that works out, actually observe some of its wave-like properties.
如果我们对电子做计算,并且知道如何算出来的,那么我们是可以观测到,电子的一些波动性质的。
And it's just gathering together the multiplications while counting down the exponent. And you can see it when we get down to the end test here, we're going to pop out of there and we're going to return the answer.
这个方法就是通过乘法,来一个一个的减小指数,可以看到,最后面的结果测试,我们会在这里退出,然后返回答案。
So even though we see a nodal plane down the center, I just want to really point out that it's only when we have a nodal plane in the internuclear or the bond axis that we're calling that a pi orbital.
虽然在中间有个节面,我想要指出的是,只有节面在核间轴,或者键轴上时,我们才叫它π轨道。
It is not all that mysterious how we check out to see whether-- the same body has been around, even though you didn't do it.
究竟我们是如何,检验是否是同样的肉体-,不管你有没有特意去检验,也不像灵魂论那么神秘。
People have attention anomalies, so they don't go out and see all the information and if you don't put it up front, then they'll never find it.
前面提到过注意力异常这一点,因此或多或少,人们会被蒙在鼓里,如果你不公布消息,他们永远不会知道
It turns out there's other libraries we'll see over time.
似乎有一些我们还未见过的库。
And it turns out that the first kinetic energy that we would see or the highest kinetic energy, would be 12 32 electron volts.
结果是我们最先观测到的动能,也就是最大的动能,将是,1232,电子伏,那。
So you can see that we're starting to have a very complicated equation, and it turns out that it's mathematically impossible to even solve the exact Schrodinger equation as we move up to higher numbers of electrons.
所有你们可以看到我们得到了,一个非常复杂的方程,结果是它在数学上是,不可能解出确定的,薛定谔方程,当我们考虑更高的电子数目的时候。
So we'll start to look at molecules and we'll see if we take two atoms and we fill in our molecular orbital and it turns out that they have more anti-bonding orbitals than bonding, that's -- a diatomic molecule we'll never see.
我们要看开始看一看分子,并且我们会发现如果我们,取两个原子并且填入分子轨道,结果是它们的反键轨道,比成键轨道更多,这就是-一个我们不会看到的二元子分子。
It turns out that they already look pretty good, but let's see what happens.
现在看起来它们已经有序了,但看看会发生什么。
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