So neutrinos are produced in huge numbers once the core collapses.

中子是在恒星内核坍缩时大量产生的。

You will hear a lecturer talking about an unusual atomic particle, called the neutrino.

你将听到一位师谈论一种不寻常的原子粒子，称为中子。

Its neutrinos reached Earth about three hours ahead of the visible light.

这些中子比可见光提前三小时抵达地球。

Sheldon, I've hit a bit of a roadblock with the solar neutrino detector.

尔顿，我在太阳中子探测仪上碰到了一点瓶颈。

Can I ask… why exactly are we looking for solar neutrinos?

我能问一下… … 我们为什么要找太阳中子吗？

You guys hit the baskets, I'll disarm the drunkenly-improvised neutrino bomb.

你们投球，我来解除这枚醉后即兴制作的中子炸弹。

Which is weird enough, but neutrinos are shifty in another way as well.

这本身已经足够诡异，而中子还另一种狡猾。

Well, I spent most of the afternoon growing isotopically pure crystals for neutrino detection.

我整个下午都忙着在生成同位素纯水晶来探测中子。

I think it's time Frederick Reines finally gets his due for the neutrino.

我觉得是时候让弗雷德里克·莱因斯以他在中子领域的贡献得奖了。

I should think so, he confirmed the neutrino's existence 35 years ago.

我想应该是的，他可是在35前就确证了中子的存在。

These mysterious particles are called neutrinos.

这些神秘的粒子被称为中子。

The neutrinos themselves are created by smashing bunches of protons into a target made of graphite.

中子产生于一些质子束轰击一个石墨目标后产生脉冲介子，介子随后衰变而成。

So what physicists are trying to learn is how fast neutrinos and their antineutrinos change flavor.

所以物理学家设法了解的是中子和反中子改变味有多快。

So where do we find these neutrinos in their antineutrinos?

我们在哪儿可以找到中子和它们的反中子呢？

We'll save neutrinos for another day.

我们将把中子留到下一次。

Instead, the image is based on subatomic particles called neutrinos.

取而代之的是，这幅图像是基于被称为中子的亚原子粒子。

Other experiments have only seen about half the neutrinos coming from the Sun.

其他实验只观测到了半数从太阳产生的中子。

Theory said that a muon neutrino could almost instantly change into an electron neutrino.

理论上，μ中子几乎能秒变称电子中子。

A team of scientists have said that they recorded subatomic particles called neutrinos travelling faster than light.

一些科学家表示，他们记录到一种叫做中子的次原子粒子的速度超过光速。

Deeper still you would find quarks, neutrinos and so on and then, just maybe, continuously deeper into infinity.

再往深处，你会发现夸克，中子等等，然后，也许，不断深入到无限深处。