You pretend that this black hole which you worship exists.
你假装你崇拜的黑洞存在。
How do we know that a black hole sits at the center of our galaxy?
我们怎么知道，在我们的星系中存在着一个黑洞？
For now, all of those details are stuck inside the black hole.
现在所有的细节都牢牢地粘在黑洞里了。
We even compare the effects to those of a black hole.
我们甚至将之与黑洞对比。
Neutron Star Scattering off a Super Massive Black hole.
分散在超大质量黑洞周围的中子星。
Because if nothing can come out of a black hole, how can we see x-rays?
黑洞中逃离，怎么能看见x射线呢，答案是，我们能看到？
(见黑洞图片)。
So why is it not a black hole?
那么，为什么还不是一个黑洞呢？
If that intuition is right, however, which black hole became the center?
但是，如果那个直觉是正确的，哪个黑洞可以成为中心呢？
One theory even suggests that it could create a black hole.
有一种理论甚至认为它可能创造一个黑洞。
Right now we have no evidence that an object is a black hole.
迄今为止我们还没有证据证明一个星体就是黑洞。
Astronomers have not yet fully solved the problem of what a black hole is.
黑洞是什么，天文学家还没有完全解决这个问题。
The result: a stellar black hole.
结果就是：一个星星的黑洞。
"Advanced civilizations may live safely inside the black hole without being visible from the outside".
高级文明可能会安全的生活在黑洞之内而不被外界所察觉。
Without information, we are working in the dark, pouring money into a black hole.
没有信息，我们好比在黑暗中工作，将资金倒入黑洞。
That has important implications inside a black hole, they say.
他们说，这对黑洞来说有很重要的意义。
Surprisingly, the black hole also catapults stars away.
出人意料的是，黑洞也会弹射恒星。
A black hole scarfs gas like a pig at a trough.
一个黑洞被气体围绕，就好像一只被食槽环绕着的猪。
The ring around the black hole is bursting with new star formation.
那个围绕着黑洞的环中正在绽放着恒星诞生的焰火。
A similar situation to the spaceship that orbited the massive black hole.
这与在巨大黑洞轨道上运行的宇宙飞船的情形相似。
We could finally get a peek inside a black hole.
我们终于能够对黑洞一窥究竟了。
The warping of space-time around a black hole is more intense than anywhere else.
在黑洞周围时空的扭曲，比在其他任何地方更为强烈。
This is known as the black hole information paradox.
这就是所谓的黑洞信息悖论。
The invisible gravity generator would play a crucial role in galaxy and black hole construction.
这个看不见的引力制造者可能在星系和黑洞的构建过程中扮演着重要的角色。
The motions are directly related to the gravitational pull of the black hole.
这个速度理论上与黑洞的引力作用直接相关。
By emitting this so-called Hawking radiation, a black hole would gradually lose energy and mass.
通过发出所谓的霍金辐射，黑洞会逐渐失去能量和质量。
As a result, saving seems like pouring money into a black hole.
结果就是，储蓄像是将钱扔进一个黑洞。
Or is there some black hole formation process we're not familiar with?
抑或还有我们不曾了解的黑洞形成理论？
Current telescopes can even see matter disappear into a black hole.
现有的天文望远甚至能观测到物质消失在黑洞的景象。
This process of shrinking may be so intense that a black hole results.
收缩的过程可能非常强烈一致产生黑洞。
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