Love is in the air! Let’s learn how atoms find each other with an examination of chemical bonds.
It’s Valentine’s Day this weekend, and love is in the air. We won’t even bother trying to understand the laws of human attraction. Instead let’s learn how atoms find each other with an examination of chemical bonds. We chat with Alan Rocke, Henry Eldridge Bourne Professor of History at Case Western Reserve University. Rocke enlightens us on past scientific theories on the ways that materials joined in molecular union. And we examine ozone. Until recently, humans did not fully understand our own powers of destruction when it came to this important molecule made up of three oxygen atoms. Chemical Agent: Free Radicals.
00:00 Opening Credits
01:05 Chemical Agent: Free Radicals
02:56 A conversation with Alan Rocke
08:19 Mystery Solved: The Ozone Hole
11:19 Closing Credits
Resources and References
Visit NASA’s website for information on its Total Ozone Mapping Spectrometer.
Learn more about free radicals and how they affect your health here.
For a detailed examination of the political and scientific controversy on the ozone hole, read Stephen C. Zehr’s article, “Accounting for the Ozone Hole: Scientific Representations of an Anomaly and Prior Incorrect Claims in a Public Setting,” in the Sociological Quarterly, August 7, 2008
This show was written and researched by Hilary Domush and Eleanor Goldberg.
Our theme music is composed by Dave Kaufman. Additional music from the PodSafe Music Network. Additional music is: “snowfall,” by rada and “Sense of Snow,” by Andrew Gaskins.
This week’s image is from istock.com, provided by Nicole Cioe.