The nanoparticles attach themselves to photoreceptors in the animal's retina.

纳米颗粒附着在动物视网膜上的感细胞上。

We're using a diffraction to reflect the light directly in on human's retina.

我们正在使用一种衍射法将线直接反射到人类视网膜上。

Tyrannosaurus would have had an extremely large retina over which they could collect those photons.

霸王龙应该有着非常大的视网膜才能使它们接收这么多。

A large retina collects more light, more visual information.

巨大的视网膜能收集更多的线和视觉信息。

They are, of course, OLED; they're super retina displays.

它们采用的都是 OLED 超级视网膜显示屏。

Each eye has about 120 million rods inside the retina.

每只眼睛在视网膜内大约有 1.2 体细胞。

But that means that retinas in your eyes are not catching the light, either.

但这代表你的视网膜也无法捕捉到任何线。

Each pinhole projects a separate, sharp image onto the geckos retina.

每个针孔将一个单独的清晰图像投射到壁虎视网膜上。

Researchers looked at the role of specialized photosensitive cells in the retina.

研究者们研究视网膜内特别的敏细胞。

Not just the lens in front but the retina in back too.

不止可以拍到晶状体还可以拍到视网膜。

Exposure to bright outdoor light stimulates the production of dopamine in the retina.

暴露在明亮的室外线下会刺激视网膜中多巴胺的产生。

Images are projected onto the retina at the back of the eagle's eye.

影像是被投射在老鹰眼睛后方的视网膜上的。

Crap, I knew I should've spent the extra money on a retina scanner.

糟糕，我就知道我应该多花钱买个虹膜扫描仪的。

Finally, in the retina, the light sensing part of the eye, hamartomas can form.

在眼睛的视网膜上，同样可以形成错构瘤。

As you gaze upon your one true love, the image hits your retina in two dimensions, yet somehow

当你深情的看着你亲爱的人的时候， 她的图像二维的投射到你的视网膜上。

Here is how the retina specialist doctors did, and here is how the AI did.

这些是视网膜专家做的，这些是AI做的。

We can pass data wirelessly to that display and it projects it onto your retina.

我们可以将数据无线传输到显示器上，它会将数据投射到你的视网膜上。

But it turns out bicarbonate also tweaks the activity of rod cells in your retina.

但是研究显示重碳酸盐也能调整视网膜中视杆细胞的活性。

This again causes light rays to be focused in front of retina.

会再次导致线聚焦在视网膜前面。

Apple has totally re-engineered the screen, it's becoming a liquid retina screen.

苹果完全重新设计了屏幕，它正在变成一个液体视网膜屏幕。