And it is almost six years that we are working on artificial skins.

我们研究人造皮肤已经快六年了。

Now I know you are all wondering, OK, you have done these artificial skins.

现在我知道你们都在想，好吧，你们已经完成了这些人造皮肤。

Now imagine we could coat the prosthesis with this artificial skin and give this type of people the sensation back.

现在想象一下，我们可以在假肢上涂上这种人造皮肤，让这类人恢复感觉。

When you touch this artificial skin, it’s compressed: meaning that the rubber thins, and is able to store less electrical charge.

当你触摸这种人造皮肤时，它会被压缩：这意味着橡胶会变薄，并且能够储存更少的电荷。

They used things like aluminum foil, sticky notes, scissors, and sponges to prove that they, or anyone, could make cheap artificial skin.

他们使用铝箔、 便利贴、剪刀和海绵之类的东西来证明他们或任何人都可以制造廉价的人造皮肤。

The scientists at NTU haven’t released its technical specs yet, but we know how most artificial skin works in cutting edge robotics.

NTU 的科学家尚未发布其技术规格，但我们知道大多数人造皮肤在尖端机器人技术中的工作原理。

And after this, we have for the first time produced an artificial skin that can respond at the same time to three stimuli.

在此之后，我们首次生产出了一种可以同时对三种刺激做出反应的人造皮肤。

There is even artificial skin based on nanotechnology, which can be used to give the appearance of natural skin when applied to metallic limbs.

甚至还有基于纳米技术的人造皮肤，当应用于金属肢体时， 可以用来赋予天然皮肤的外观。

So please have a look at what happens on the table, where there is one piece of this artificial skin, and also what happens on the screen of the laptopthat you see in the video that is about to start.

因此，请看看桌子上发生了什么，那里有一块人造皮肤，以及您在即将开始的视频中看到的笔记本电脑屏幕上发生了什么。