Instead, it simply cleans up and removes extraneous activity by removing less significant excitation.

它只是通过减少重要的激发，清除和移动了多余的活动。

Turns out it suppresses glutamate transmission and enhances GABA transmission, so you get less excitation and more inhibition.

结果证明它可以抑制谷氨酸的传递并增强伽玛氨基丁酸的传递，因此兴奋波减少，抑制作用增强。

The excitation is passed to a nerve fiber, and then propagates into the brain.

这种兴奋状态被传递给神经，后传导进大脑。

Sorry, there's a shortage. And what we do have I need for my quantum excitation study.

抱歉，这东西有些短缺, 而有的存货，我要拿来做量激发研究。

And particles themselves are excitations of those fields.

粒是这些场的激发。

This reduces excitation from the propellers, which means less noise and vibration.

这减少了螺旋桨的激励，这意味着噪音和振动更少。

If these vibrations occur at a system's resonant frequency, then oscillation generates excitation and a bridge can lose its structural integrity.

如果这些振动发生在一个系统的共振频率。那振荡会形成刺激，桥便有可能失去结构完整性。

They exist as excitations in the electron field around the nucleus in a standing wave.

它们以驻波形式存在于原核周围的电场中。

Very basically, you can think of them as an excitation of the electron field, which exists everywhere.

基上，您可以将它们视为无处不在的电场的激发。

Glutamate begins a wave of excitation while GABA not only inhibits this flow, but helps to organize and differentiate the results in your brain.

谷氨酸挑起兴奋波，而伽玛氨基丁酸不抑制这种波动，而且有助于组织和区分大脑中的结果。

So the likelihood of that post-synaptic neuron developing an action potential depends on the sum of all of the excitations and inhibitions in that area.

所以突触后神经元产生动作电位的可能性取决于该区域所有兴奋和抑制的总和。

Yeah, I mean, I think the pattern is that people tend to take on some of the worst qualities that are associated with the constant excitation of what we can call the lizard brain.

是的，我的意思是，我认为这种模式是人们倾向于表现出一些最糟糕的品质，这些品质与我们称之为蜥蜴脑的持续兴奋有关。

In order for an electron to exist, there has to be an excitation of the electron field and we can describe those excitations as waves, just as a wave in the ocean is an excitation of the water.

为了让电存在， 必须有电场的激发，我们可以将这些激发描述为波， 就像海洋中的波浪是水的激发一样。