Socializing with Scientists
Socializing with Scientists
Podcast Description
Socializing with Scientists presents the untold stories of immunologists, neuroscientists, environmental chemists, and more, recounting how their early life built their current life, and sharing what they do now to make the world a better place. And how do they define success, anyway? Listen to find out the surprising secrets of curious people. https://socializingwithscientists.com/Our music is called "Discussion," and was composed by Folk Acoustic.
Podcast Insights
Content Themes
The podcast focuses on a variety of scientific disciplines including immunology, neuroscience, and environmental chemistry, with specific episodes covering topics like ancient wildfire management by Indigenous peoples and the impact of personal experiences on scientific careers. It aims to present the personal stories of scientists to redefine traditional perceptions of success and resilience.
Socializing with Scientists presents the untold stories of immunologists, neuroscientists, environmental chemists, and more, recounting how their early life built their current life, and sharing what they do now to make the world a better place. And how do they define success, anyway? Listen to find out the surprising secrets of curious people.
https://socializingwithscientists.com/
Our music is called “Discussion,” and was composed by Folk Acoustic.
Case was a regular California kid: he skateboarded, he surfed, and he also liked math. He tried a few different majors in college, but finally found his calling: environmental engineering. He went to graduate school, and a lucky encounter during the first week changed his whole life.
Case van Genuchten, PhD, now works for the Geological Survey of Denmark and Greenland (GEUS) and just published research showing that arsenic from drinking water waste can be changed into a valuable commodity. He has studied how to remove arsenic from drinking water for years, but now, in this new paper in Science Advances, he has figured out how to turn arsenic waste into metallic arsenic, a raw material important for digital infrastructure and clean energy systems. Decrees in the EU and US over the past few years have declared metallic arsenic a Critical Raw Material, making his research even more important.
To see a beautiful video on Case's work, check out ”King of Poison,” from the Underground Channel.
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