Madeline K. Sofia
Madeline Sofia is the host of Short Wave — NPR's daily science podcast. Short Wave will bring a little science into your life, all in about 10 minutes. Sometimes it'll be a good story, a smart conversation, or a fun explainer, but it'll always be interesting and easy to understand. It's a break from the relentless news cycle, but you'll still come away with a better understanding of the world around you.
Before hosting Short Wave, Sofia hosted the NPR video show "Maddie About Science." The show takes viewers behind the scenes with scientists, revealing their motivations and sharing their research — from insect mimics to space probes headed for the sun. Sofia also co-developed the worldwide NPR Scicommers program, which supports scientists interested in building their communication skills.
Before working at NPR, Sofia received her Ph.D. in microbiology and immunology from the University of Rochester Medical Center. She studied Vibrio cholerae, a fascinating bacterium that has haunted the human race.
-
NPR's Eric Westervelt plays the puzzle with Weekend Edition Puzzlemaster Will Shortz and Michigan Public listener Shailesh Dubey of Battle Creek, Michigan. -
When it comes to hair-raising experiences, why do some of us cower while others can't get enough? Ken Carter, an expert on adrenaline junkies, reveals what makes them tick. -
Self-driving cars may be the future of transportation. But if they are going to share the road with humans, they have to learn how people behave behind the wheel.
-
Finally getting out from under the flu? Just because you're feeling better doesn't mean you can't get other people sick. You can spread the flu for longer than you might think.
-
Frogs are unmatched in their speed and ability to catch prey. It's all about their super-soft tongue and specialized saliva, say researchers, who got saliva to test by scraping frogs' tongues. -
Scientists have created an experimental device that putters around inside the stomach, neutralizing acid and then delivering antibiotics. The goal is to help the antibiotics work better. -
A paper version of a spinning children's toy can replace laboratory centrifuges to process blood tests. The "paperfuge" may help diagnose malaria and other diseases.
