Regina Barber

That's so close.

Yeah, I mean, for me, as someone who studied, like, galaxies that were, like, hundreds of millions of light years away. But I also, I love Jupiter. So, like, super Jupiters sound incredible. All of this Gaia data, like, just sounds so awesome.

Yeah, I mean, for me, as someone who studied, like, galaxies that were, like, hundreds of millions of light years away. But I also, I love Jupiter. So, like, super Jupiters sound incredible. All of this Gaia data, like, just sounds so awesome.

Yeah, I mean, for me, as someone who studied, like, galaxies that were, like, hundreds of millions of light years away. But I also, I love Jupiter. So, like, super Jupiters sound incredible. All of this Gaia data, like, just sounds so awesome.

Just ended.

Just ended.

Just ended.

But there's all this data that we haven't even looked at yet, right?

But there's all this data that we haven't even looked at yet, right?

But there's all this data that we haven't even looked at yet, right?

So tell me more about how using astrometry is going to basically give us a more complete picture. Why do you think it's important for people to know more about these other solar systems, these other planets around other stars?

So tell me more about how using astrometry is going to basically give us a more complete picture. Why do you think it's important for people to know more about these other solar systems, these other planets around other stars?

So tell me more about how using astrometry is going to basically give us a more complete picture. Why do you think it's important for people to know more about these other solar systems, these other planets around other stars?

Yeah. Josh, thank you so much. I can't wait to see how many you find when you start analyzing that Gaia data.

Yeah. Josh, thank you so much. I can't wait to see how many you find when you start analyzing that Gaia data.

Yeah. Josh, thank you so much. I can't wait to see how many you find when you start analyzing that Gaia data.

If you like this episode, make sure you never miss a new one by following us on whatever podcasting platform you're listening from. And if you have a science question you'd like us to investigate, send us an email at shortwave at npr.org. This episode was produced by Hannah Chin and edited by Burleigh McCoy. Tyler Jones checked the facts. Kweisi Lee was the audio engineer.

If you like this episode, make sure you never miss a new one by following us on whatever podcasting platform you're listening from. And if you have a science question you'd like us to investigate, send us an email at shortwave at npr.org. This episode was produced by Hannah Chin and edited by Burleigh McCoy. Tyler Jones checked the facts. Kweisi Lee was the audio engineer.

If you like this episode, make sure you never miss a new one by following us on whatever podcasting platform you're listening from. And if you have a science question you'd like us to investigate, send us an email at shortwave at npr.org. This episode was produced by Hannah Chin and edited by Burleigh McCoy. Tyler Jones checked the facts. Kweisi Lee was the audio engineer.

Beth Donovan is our senior director and Colin Campbell is our senior vice president of podcasting strategy. I'm Regina Barber. Thank you for listening to Shortwave from NPR.