Larger dots look red, and smaller dots look blue.

较大的量子点显示，较小的量子点显示蓝。

The color quantum dots emit depends on the size of the particles.

量子点发出的颜取决于粒子的大小。

Quantum dots are extremely small particles, called nanoparticles.

量子点是极小的颗粒，称纳米颗粒。

To me, the most exciting concept was Sony announced quantum dot OLED TVs.

对我来说，最令人兴奋的概念是索尼宣布的量子点OLED电视。

The dots glow blue, red, green or other colors when exposed to light.

量子点光照下会发出蓝、、绿或其他颜的光。

But quantum dots can make color without a filter, and so they could be much, much brighter.

但是量子点可以没有滤光片的情况下显，所以可以变得更亮。

Bawendi is credited with developing the production of quantum dots being used today.

巴文迪因开发了目前使的量子点而受到赞誉。

However, it took 50 years of research and development to control the size of quantum dots correctly.

然而，要正确控制量子点的大小需要50年的研发时间。

But quantum dots of different colors have the exact same arrangement of atoms.

但不同颜的量子点具有完全相同的原子排列。

The three won for their discovery of quantum dots, a technology widely used today to make displays for electronic devices and medical imaging.

这三名科学家因发现量子点而获奖，量子点技术目前被于制造电子设备和医学影像设备的显示器。

Samsung is using what's called QD-OLED, and that QD stands for quantum dot.

三星正使所谓的 QD-OLED，QD 代表量子点。

So our group helped pioneer a method, a technology, whereby we could tag nutrients with nanoparticles, fluorescing nanoparticles called quantum dots.

于是我们团队帮助开拓了一种方法，一种技术，纳米颗粒标记营养物质，荧光纳米颗粒叫做量子点。

The physics underlying quantum dots has been known since the 1930s.

量子点的物理原理自 20 世纪 30 年代以来就已人所知。

We were constructing quantum dots that could one day go in your body and find and fight disease.

我们正构建量子点，有朝一日可以进入您的身体并发现并对抗疾病。

10.A quantum dot breakthrough has combined laser and LED capabilities, moving colloidal quantum dot lasing technology closer to being device-ready.

10. 量子点突破结合了激光和 LED 功能，使胶体量子点激光技术更接近于设备就绪。

In 1993 he developed a way to produce quantum dots to order.

1993 年，他开发了一种按订单生产量子点的方法。

The materials in question are quantum dots, the informal name for chemical structures also known as semiconducting nanocrystals.

所讨论的材料是量子点，这是化学结构的非正式名称， 也称半导体纳米晶体。

When quantum dots are irradiated by light, electrons within get energized, eventually releasing that energy as fluorescent light.

当量子点受到光照射时，内部的电子就会被激发，最终以荧光的形式释放出能量。

QD OLED, QD stands for quantum dot, can produce richer colors at higher brightness levels than normal OLEDs like those from LG.

QD OLED（QD代表量子点）相比普通的OLED（如LG的OLED），可以更高的亮度下产生更丰富的颜。

Quantum dots are usually made from semiconductor materials, such as graphene, selenite or metal sulfides, Pecourt says.

Pecourt 表示，量子点通常由半导体材料制成，例如石墨烯、亚硒酸盐或金属硫化物。