We'll hear from science communication leaders and podcasters on why podcasting is an important platform for Science. Interviews from Samir Honwad—professor at the University of Buffalo, Wendy Zuckerman—host of Science VS and 2022 Sigma Xi IFORE award winner, and Aaron Scott and Emily Kwong from NPR Short Wave as well as one of their guests Dr. Tiana Williams-Claussen from the Yurok Tribe. Host, Jordan Anderson.

Andrea "Annie" Kritcher discusses her and her team's achieved ignition, raising new hopes for fusion as a practical energy source. Host Corey S. Powell and American Scientist Magazine.

Cecilia Padilla-Iglesias is melding enviromental data and how these early populations interacted. Host Corey S. Powell and American Scientist Magazine.

The collision of the Great Resignation and long-standing gender inequities in medicine is heightening calls for improved family leave policies at American health care institutions. Host Jordan Anderson and American Scientist editor Katie L. Burke discuss caregiving support policies, bringing in perspectives from interviewees Christina Mangurian of UCSC, Jessica Lee of UCSC, and Neda Laiteerapong of University of Chicago.

On using synthetic biology to create next-generation diagnostics and therapeutics -- an interview with James J. Collins of Harvard and MIT, one of founders of the field.

How science fiction promotes science curiosity and why that matters. Hear from science communication practitioners and scholars Reyhaneh Maktoufi, Thomas DeFrantz, and Stephanie Castillo.

The first images from the James Webb Space Telescope (JWST) are already transforming our view of the universe. Hear from John Mather, Nobel Laureate and senior project scientist for JWST at NASA.

There are many ways organisms adapt to their environments, which can be seen both with the eye and in an organism's genetic sequence.

Researchers are working to understand the cellular composition and diversity of the brain, creating a catalog of cell types as well as seeking to plot the relationships, structures, and functions of those cell types.

Arrays of microneedles that could replace injections have been the subject of research for some 50 years, but have not yet been commercially successful. A new type of high-resolution 3D printing could change that.