But another part of the brain spins into action too, the frontal lobe, which controls logic and reason.

但是大脑的另一部分也会开始工作，也就是控制逻辑的额叶。

To handle this gracefully, more sophisticated control logic is needed.

要优雅地处这个问题，需要更复杂的控制逻辑。

And so, we study different problems like recognizing faces or language or motor control or logic.

因此，我们研究不同的问题，例如识别面孔语言运动控制逻辑。

It is confused, diffuse, tumultuous, incapable, it seems, of submitting to the control of logic or the discipline of poetry.

它是混乱的、分散的、混乱的，似乎无法服从逻辑的控制诗歌的纪律。

Like there's obviously a lot of technology in there is being leveraged for other capabilities within, you know, PLC military, or at least we would assume.

显然，那里有许多技术正在被用于提升力，你知道的，比如在可编程逻辑控制器（PLC）军事领域，者至少我们可以这样推测。

Last episode, we combined an ALU, control unit, some memory, and a clock together to make a basic, but functional Central Processing Unit – or CPU – the beating, ticking heart of a computer.

在上一集，我们将算术逻辑单元、控制单元、一些内存时钟组合在一起，制造了一个基础但功正常的中央处器——简称CPU——这是计算机跳动着的、有节奏的心脏。

So I guess that makes sense because when we dream, the part of our brain that kind of controls the logic turns off, which is why many of our dreams get really crazy and strange.

所以这说得通， 因为当我们做梦时，大脑中控制逻辑的部分会关闭，这就是为什么我们的许多梦会变得非常疯狂奇怪。