Even after a thousand years, a pulsar can still be a force to reckon with.

即使在千年之后，脉仍然值得重视的力量。

You too can lend your spare computer power to the pulsar hunt.

你也可以将你的空闲电脑力量用于寻找脉。

So if you can imagine you've two pulsars in the same direction on the sky.

因此，如果你能想象天空中有两颗脉位于同方向。

Pulsars have such extreme gravity because they're made of incredibly dense matter.

脉之所以有如此强劲的引力，因为构成它的物质非常致密。

Taking advantage of FAST's high sensitivity, researchers from the Chinese Pulsar Timing Array (CPTA) collaboration monitored 57 millisecond pulsars with regular cadences for 41 months.

利用 FAST 的高灵敏度，中国脉计时阵列 (CPTA) 作组的研究人员以规则的节奏监测了 57 毫秒脉长达 41 个月。

This led the team to believe that the unusual FRB may have come from two kinds of neutron stars, a pulsar or a magnetar.

这使得研究小组相信，不寻常的快速射电暴可能来自两中子，脉或磁。

The first exoplanets were detected in 1992, thanks to the gravitational effect they had on the pulsar around which they orbited.

首批外行于1992年被探测出来，这多亏了它们对围绕在它们运转轨道周围的脉的重力影响。

And the second big thing is pulsars and things going bang in the sky.

第二件大事脉空中爆炸的物体。

The second way that we've learned to detect gravitational waves is by using these exotic stars called pulsars.

我们探测引力波的第二方法利用这些奇特的恒，叫做脉。

They also used it to find an unusual kind of star system, a binary pulsar, in 1967.

1967年，科学家还用该望远镜找到了个罕见的恒系统，即脉双。

In 1992, astronomers found the first planets outside our solar system, which were orbiting an older pulsar.

1992年，天文学家首次发现太阳系外的些行，它们都在围绕个年纪更大的脉飞行。

Pulsars, or fast-spinning neutron stars, originate from the imploded cores of massive dying stars through supernova explosions.

脉，或快速旋转的中子，起源于巨大的垂死恒通过超新爆炸的内爆核心。

A pulsar is the rapidly rotating ultra-dense remnant of a collapsed massive star.

脉快速转动的超高密度残骸，来自毁灭的大型恒。

Scott had been thinking about the Voyagers, the " golden record, " and the pulsar map since he was a 10-year-old in Mansfield, Ohio, watching Carl's Cosmos television show.

自从十岁在俄亥俄州曼斯菲尔德家中看到卡尔的电视节目《宇宙》之后，斯考特就直在考虑着有关旅行者号、“金唱片”脉地图的事情。

This increases the pulsar's spin, and we know of a few that have incredibly rapid rotation rates; some spin hundreds of times per second!

这会增加脉的自旋速率，我们知道有些脉自转速度非常快，有的每秒就可以旋转数百次！

There are other possible you can make up astrophysical scenarios where all of the pulsars have this kind of noise.

还存在构造天体物理情景另可能——所有脉都有这噪声。

When the beams sweep across the Earth, they can be heard as regular pulses, so we call them pulsars.

当它们扫过地球时，我们会接收到有规律的脉，因此它们被称作脉。

(A pulsar is the dead, ultra-dense remnant left over after a supernova.) A trickle of subsequent discoveries followed.

（脉在超新阶段后超高密度的死亡残余。）随后小发现接踵而来。

" We think this new signal could be a magnetar or pulsar on steroids, " Michilli said.

“我们认为这个新信号可能大型磁或脉发出的。”

The research was based on pulsar timing observations carried out with the Five-hundred-meter Aperture Spherical Telescope (FAST).

这项研究基于500米口径球面望远镜(FAST)进行的脉计时观测。