High Proof Podcast

This is it, guys. It’s been a good run, but this project has come to an end! Bye all, Ryan Price and Joel Eisenhofer

This is it, guys. It’s been a good run, but this project has come to an end! Bye all, Ryan Price and Joel Eisenhofer Advertisements

Joel and Ryan talk about developments in sports medicine that allow us to enhance athletic ability to unheard-of levels! Check us out at facebook.com/highproofpodcast. Write us at [email protected]

Joel and Ryan talk about developments in sports medicine that allow us to enhance athletic ability to unheard-of levels! Check us out at facebook.com/highproofpodcast. Write us at [email protected]

It’s that time of year again–the Ig Nobels have been released! In this thrilling episode we talk about female penises, liquid cats, scratching the wrong side of your body, and didgeridoos. As always, check us out on Facebook at https://www.facebook.com/highproofpodcast/

It’s that time of year again–the Ig Nobels have been released! In this thrilling episode we talk about female penises, liquid cats, scratching the wrong side of your body, and didgeridoos. As always, check us out on Facebook at https://www.facebook.com/highproofpodcast/

  Ryan and Joel take on social media. Ryan basically thinks that social media is a scourge that functions to further alienate people. Joel is a bit more reasonable and can see some good in it!

  Ryan and Joel take on social media. Ryan basically thinks that social media is a scourge that functions to further alienate people. Joel is a bit more reasonable and can see some good in it!

In this podcast, Joel and Ryan interview Ryan’s colleague Sean Horan, currently a PhD student in mathematics at UC Irvine. Sean came to biology from a mostly mathematics/data analysis background. We talk about Sean’s research, where mathematicians fit in to science, and how STEM education can fail students.

In this cast, Ryan flies solo and interviews the irrepressible Bethany Wagner. They discuss the challenges–ethical, legal, and personal–of working with animals in order to model human disease. Though these models allow insights often impossible to gain in simple cell culture or test tube systems, no model system is perfect.