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Regina Barber

๐Ÿ‘ค Speaker
See mentions of this person in podcasts
4257 total appearances

Appearances Over Time

Podcast Appearances

Short Wave
This Radio Wave Mystery Changed Astronomy

Today, pulsars allow astronomers to measure cosmic distances, look for gravitational waves, and search for planets beyond our solar system.

Short Wave
This Radio Wave Mystery Changed Astronomy

Today, pulsars allow astronomers to measure cosmic distances, look for gravitational waves, and search for planets beyond our solar system.

Short Wave
This Radio Wave Mystery Changed Astronomy

Today, pulsars allow astronomers to measure cosmic distances, look for gravitational waves, and search for planets beyond our solar system.

Short Wave
This Radio Wave Mystery Changed Astronomy

Thanks, as always, to you listeners for tuning in. And we asked you for some of your favorite space facts.

Short Wave
This Radio Wave Mystery Changed Astronomy

Thanks, as always, to you listeners for tuning in. And we asked you for some of your favorite space facts.

Short Wave
This Radio Wave Mystery Changed Astronomy

Thanks, as always, to you listeners for tuning in. And we asked you for some of your favorite space facts.

Short Wave
This Radio Wave Mystery Changed Astronomy

This episode was produced by Burleigh McCoy, edited by Rebecca Ramirez, and fact-checked by Rachel Carlson. The audio engineer was Natasha Branch. Giselle Grayson is our senior supervising editor. I'm Regina Barber. Join us again tomorrow for more Shortwave from NPR.

Short Wave
This Radio Wave Mystery Changed Astronomy

This episode was produced by Burleigh McCoy, edited by Rebecca Ramirez, and fact-checked by Rachel Carlson. The audio engineer was Natasha Branch. Giselle Grayson is our senior supervising editor. I'm Regina Barber. Join us again tomorrow for more Shortwave from NPR.

Short Wave
This Radio Wave Mystery Changed Astronomy

This episode was produced by Burleigh McCoy, edited by Rebecca Ramirez, and fact-checked by Rachel Carlson. The audio engineer was Natasha Branch. Giselle Grayson is our senior supervising editor. I'm Regina Barber. Join us again tomorrow for more Shortwave from NPR.

Short Wave
Extracting Brains ... For Science

You're listening to Shortwave from NPR. Hey, Shortwavers. Regina Barber here to tell you about a treasure hunt.

Short Wave
Extracting Brains ... For Science

You're listening to Shortwave from NPR. Hey, Shortwavers. Regina Barber here to tell you about a treasure hunt.

Short Wave
Extracting Brains ... For Science

You're listening to Shortwave from NPR. Hey, Shortwavers. Regina Barber here to tell you about a treasure hunt.

Short Wave
Extracting Brains ... For Science

Yeah, almost certainly not. Ari Daniel, you're a science reporter and you're bringing us the story which took place like a year and a half ago, right?

Short Wave
Extracting Brains ... For Science

Yeah, almost certainly not. Ari Daniel, you're a science reporter and you're bringing us the story which took place like a year and a half ago, right?

Short Wave
Extracting Brains ... For Science

Yeah, almost certainly not. Ari Daniel, you're a science reporter and you're bringing us the story which took place like a year and a half ago, right?

Short Wave
Extracting Brains ... For Science

Okay, so set the scene for us.

Short Wave
Extracting Brains ... For Science

Okay, so set the scene for us.

Short Wave
Extracting Brains ... For Science

Okay, so set the scene for us.

Short Wave
Extracting Brains ... For Science

Give me the hat. I went from like sad to like now I'm just surprised. She wants the brain? What?

Short Wave
Extracting Brains ... For Science

Give me the hat. I went from like sad to like now I'm just surprised. She wants the brain? What?