There's got to be a kind of simultaneity.

这就多了同时存在的要求。

Of course there's not this degree of simultaneity in the biological system.

当然，生物系存在这种程度的同时性。

We went over its two postulates, and their consequences: time dilation, a lack of universal simultaneity, and length contraction.

时间膨胀、缺乏全局同步和长度收。

Because time can pass differently for people depending on their frame of reference, there's also no universal concept of simultaneity.

因为人们的时间可以根据他们的参考框架而以同的方，所以也没有普遍的同步概念。

But again, I don't know whether this is actually an optimization if we imitate biology here, because creating something like simultaneity is necessary for many processes that happen in the brain.

- 但同样， 如果我们在这里模仿生物学， 我知道这实际上是否是一种优化，因为创建类似同时性的东西对于大脑发生的许多过程是必要的。

So, if you can build a system in which the simultaneity gets engineered into it, maybe you have a benefit that you can exploit that is not available to the biological system, and yet you should not discard right away.

因此， 如果您可以构建一个将同时性融入其的系，也许您可​​以利用生物系无法获得的好处，但您应该立即丢弃。