This new method, which is called the astrometric method, is actually best at finding distant planets.

名为天体测量法的新法，实际上最擅长发现远距离的行。

So tell me more about how using astrometry is going to basically give us a more complete picture.

那么，请详细告诉我，利天体测量法将如何为我们提供一个更全面的图景。

So you use this new method to measure how, like, stars wiggle, and it's called astrometry.

于是你采新法来测量恒的摆动情况，法称为天体测量法。

Astrometry is actually one of the oldest techniques in astronomy.

天体测量法实际上是天文学中最古老的技术之一。

And so like, to me, like photogrammetry or like reality capture, all these other techniques are all about recreating reality.

因此，对我而言，像摄影测量法或现实捕捉样的技术，以及其他所有相关法， 核心都在于重现现实。

So if you can measure exactly where it is on the sky, you are doing astrometry.

因此，如果你能精确测量它在天空中的位置，你就是在进行天体测量法。

The astrometric method is conceptually simpler.

天体测量法在概念上更为简明。

And so our idea was, OK, these appear to be new planets from the astrometric method.

于是，我们的想法是，好吧，些似乎是利天体测量法发现的新行。

The big difference is that the astrometric method, where you're seeing the star wiggle on the sky, is better at finding distant planets.

主要区别在于，天体测量法通过观察恒在天空中摆动，更擅长发现远距离的行。

We're interfering waves together, that's what interferometry means and so if those waves move back and forth a little bit when you interfere them they destructively interfere and you lose your signal.

我们在进行波的干涉，就是干涉测量法的意思。所以如果些波在干涉时前后移动一点点，它们就会产生破坏性干涉，导致信号丢失。