So like just like chirality means hand.

就像手性意味着手一样。

'cause we don't have a chirality detector.

因为我们没有手性探测器。

But what's interesting, these have chirality.

但有趣的是，这些具有手性。

So is chirality in itself an interesting feature or just an accident of complexity?

那么，手性本身是一个有趣的特点，还是复杂性中的一个偶然现象呢？

And for a long time, I had been really, I actually did my PhD on the origin of chirality.

长，我确专注这个领域，际上我的博士论文就是手性起源的研究。

I think chirality breaks symmetry in time, not space.

我认为手性是打破了时间的对称性，而不是空间的对称性。

So the point of this sort of chiral transition that I'm putting out is chirality is actually a signature of being in a complex chemical space.

因此，我提出的这种手性转变的核心在，手性际上是存在复杂化学空间中的一个标志。

I will not pretend to know why this particular structure resonates with one-handedness more than another, but at least in principle, it makes sense that chirality would lend itself to this phenomenon.

我不会假装知道为什么这种特定结构比其他结构更倾向与一手性共振，但从原则上讲， 手性导致这种现象是说得通的。

And that's because Your hands exhibit this special type of property called chirality, where they can't really be imposed over each other because of how your hands are attached in three-dimensional space.

这是因为你的手具有一种称为手性的特殊性质，由手在三维空间中的连接方式， 它们际上无法完全重叠。

So this other project that I have in my lab is focused on the origin of chirality, which is thinking about, so chirality is this property of molecules that they can come in mirror image forms.

因此， 我在验室里的另一个项目专注手性起源的研究，手性是指分子具有镜像形式这一特性。