1.新皮质
2.新脑皮
1.the roof of the cerebral cortex that forms the part of the mammalian brain that has evolved most recently and makes possible higher brain functions such as learning
1.If you zoom into the surface of the neocortex, you discover that it's made up of little modules, G5 processors, like in a computer.
如果你放大到大脑皮层表面，你会发现它有许多小模块组成，就像计算机里的G5处理器。
2.Mushroom bodies are the insect equivalent of the human neocortex , the outer layer of our brain, which handles complex cognition.
昆虫的蘑菇体相当于人类的新皮层——即我们大脑的外层，负责处理复杂的认知加工。
3.By triggering specific chandelier cells, the authors were able to elicit a precisely timed chain of electrical events in the neocortex .
通过触发某个特定的吊灯状细胞，作者们能够在新皮质内引起一个精确计时的电刺激反应链。
4.In primates, the neocortex appears to be responsible for an enhanced capacity to predict others' behaviour.
在灵长类中，对其他动物下一步行动预判能力的提升便大大得益于大脑新皮层的作用。
5.In those experiments, they gathered the best evidence yet of dialogue between the hippocampus and neocortex during sleep.
在那些实验中，他们收集了睡眠时海马和新皮层之间联系的有力证据。
6.The neocortex seems to ride the dialogue.
看起来是新皮层控制着对话。
7.One theory suggests that humans have a higher cognition because we have larger cells and a more complex circuitry in the neocortex .
一种理论认为人类之所有拥有更高等的认知是因为我们有更大的细胞和更复杂的新皮质内细胞联路。
8.This photomicrograph zooms in on a small portion of the neocortex, the outer layer of the brain, to reveal horizontal layers.
这张显微照片将新皮层的微结构进行放大，以显露水平层，新皮层指的是大脑的外层。
9.In neocortex , inputs give rise to population rhythms, providing a spatiotemporal coding strategy for inputs and consequent outputs.
在大脑皮层，信息输入会引起有节律的变化，从而为信息的输入和随后的输出提供了一个时空编码策略。
10.So you can think of the neocortex actually as a massive grand piano, a million-key grand piano.
你可以把大脑皮层想想为一台巨大的钢琴，由上百万个琴键的钢琴。