The biggest problem we have to solve, is keeping our wormholes open.

而我们要解决的最大的问题是让虫洞保持打开的状态。

Will we learn about black holes, wormholes, and string theory?

我们会学习黑洞，蛀洞和弦理论吗？

This is how wormholes work according to the theory of relativity.

根据相对论，虫洞就是这样工作的。

Ah yes, wormholes — the last refuge of scoundrels and desperate physicists.

啊，是的，虫洞——坏坏的和绝望的物理学家的最后庇护所。

All right, folks, if you could please take your seats, we're about to enter the wormhole.

各位，请坐好，我们马上要进入虫洞。

The main problem is that we don't know how to make wormholes yet.

主要的问题是，我们还不知道如何制造虫洞。

No matter how we make wormholes, gravity tries to close them.

无论我们怎么造虫洞，重力总想要把它关上。

This makes a kind of anti-gravity the props open our wormholes.

这就能拿来作为“反重力物质”来支撑我们的虫洞。

To be traversable and useful, there are a few properties we want a wormhole to have.

想要能穿越而且能使用，黑洞需要有这么几个特性。

The team said the experiment created a simulated " wormhole."

该团队表示，该实验创造了一个模拟的“虫洞”。

We could use this to stabilize our wormholes.

我们能用其来让我们的虫洞保持稳定。

It all depends on the type of wormhole itself.

这完全取决于虫洞本身的类型。

Not necessarily. There's a theory that an event like that could open a wormhole into an alternate universe.

未必，有种理论说那样的事件也许能开启一个虫洞通往平行世界。

One of them is wormhole, which is bridges in space time.

其中一个概念是虫洞，虫洞是时空中的桥梁。

And one of the possible arrangements of space-time is a wormhole.

时空的一种排列可能是虫洞。

For man-made wormholes, We need a new ingredient.

但对于人造的虫洞来说，我们需要个新的原料。

For very old string theory wormholes, that's the cosmic strings job.

在旧弦理论虫洞中，那是宇宙弦的事。

A wormhole is a concept that Albert Einstein came up with back in the 1930s.

虫洞是阿尔伯特·爱因斯坦在1930年代提出的一个概念。

A wormhole is considered a bridge between two faraway areas in the universe.

虫洞被认为是连接宇宙中两个遥远区域的桥梁。

There is a chance that time travelers from the future will learn to use wormholes, or " bridges" in space-time.

来自未来的时间旅行者有可能学会使用虫洞，也就是时空中的“桥梁”。