相比之下，分子制造将带来不熟悉的风险和新类型的问题。

Molecular manufacturing, by contrast, will bring unfamiliar risks and new classes of problems.

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这样的策略可能在面对分子制造怎样真正的出现的问题时具有更高的成功机会。

Such strategies would stand a higher chance of success in the face of how molecular manufacturing really does emerge.

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再一次，我们可以从原子或分子制造东西，我们可以造出和现在的机械中类似的东西。

So that's again, we can now make out of atoms or molecules, we can make objects that are very similar to the objects that we have made by engineering.

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You'll learn a lot more about this if you take organic chemistry, but, In fact, you can then go on and make a bunch of other different kinds of very interesting molecules.

如果你选了有机化学课，你会对它有更多的了解，但是，实际上，你可以继续制造出一堆,其它不同类型的有意思的分子。

麻省理工公开课 - 化学原理课程节选

We can certainly understand the possibility that God would perform a miracle, put the molecules back together, to turn the body back on, same body, same person.

我们可以理解上帝可能,有能力制造这个奇迹，把所有的分子重组，把肉体重组，同样的肉体，同一个人。

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So if you're trying to make a more complicated organic molecule carbon-carbon bonds are one of the most difficult things to make in organic chemistry, and it turns out that c n minus is a very reactive molecule, so it's a good way, even though we'll go over some drawbacks in a second, it is a good way to make carbon-carbon bonds.

如果你要合成一个更复杂的有机分子,碳碳键是有机化学中,最难制造的键之一，而实际上氰离子是一种具有很高活性的分子，用它是一个好办法，尽管我们一会儿将看到它的一些缺点，但它的确是一个制造碳碳键的好方法。

麻省理工公开课 - 化学原理课程节选