We call these elemental particles protons, neutrons, and electrons.

我们称之为质、与电。

Inside DNA you would find atoms, electrons, protons, neutrons.

在 DNA 里面，你可以找到原、电、质、。

It was as if a neutron bomb had exploded destroying nothing but killing all life.

这好像是一次炸弹爆炸，什也没有毁坏但却杀死了所有生命。

At an atom's heart are smaller particles like protons and neutrons.

原的心有更小的粒，如质和。

They make up the neutrons and protons found inside atoms.

它们构成了原的和质。

The bursts could come from neutron stars or a black hole.

爆发可能来自星或黑洞。

This produces either a neutron star, or if the star is massive enough, the entire mass of the core collapses into a black hole.

这产生星，如果恒星足够大，可能整个心质量就坍塌成黑洞。

Secondly, the act of splitting atoms released two more neutrons.

其次，原分裂又释放出两个。

Many neutron stars have strong magnetic fields and as they spin, they produce radio emission.

许多星都有很强的磁场，当它们旋转时，发射无线电。

And if the computer simulation is correct, not only many hypervelocity stars, but also neutron stars as well as black holes are rushing towards our galaxy from the Large Magellanic Cloud.

如果计算机模拟是正确的，不仅有许多超高速恒星，还有星和黑洞从大麦哲伦星云冲向我们的星系。

But wait! What about the protons and neutrons and stuff?

不过，等一下！你可能问，不是还有质、吗？

Some nitrogen atoms have more neutrons than others.

某些氮原比另一些氮原拥有更多的。

It was opaque with a hot soup of protons, electrons and neutrons.

宇宙就好像一大锅浑浊的汤质，电和杂乱无章地混合在其。

Heavy hydrogen has a neutron as well as a proton in its nucleus.

重氢的核内有一个和一个质。

These protons, neutrons, and electrons are all governed by forces that help explain, well, everything.

这些质、和电都受力的控制，这些力的控制有助于解释一切。

Such a star is thus known as a neutron star.

这样的恒星被称为星。

He also did groundbreaking work on neutron stars and black holes.

他还在星和黑洞方面进行了开创性的研究。

Neutron stars are the extremely dense remnants of supermassive stars that have exploded as supernovae.

星是极其密集的超大质量星体爆炸后残留下来的物体，这些星体曾经是超新星。

If you look at neutron scattering data... Oh, Penny? Penny? What's up?

如果你看了分布数据 佩妮 佩妮 怎了？

We explained this process in detail in our neutron star video – all you need to know, that in the final moments of really massive stars, their insides implode, at nearly a quarter of the speed of light.

我们在星的影片解释过详细的过程，简单来说，就是在质量巨大的恒星的最后一刻，他们以几乎四分之一的光速内爆塌缩。