Rust Belt Science

On Rust Belt Science, hosts Maggie Fink and Shahir Rizk talk with Dr. Daniel Kearns, a biology professor at Indiana University Bloomington, about his research on Bacillus subtilis, bacterial movement, and how life in the lab can change the organisms scientists study. This conversation also explores the value of basic science, the realities of academic research funding, and the pressures on universities and educators. Dan makes the case for following curiosity, giving students room to explore, and recognizing that discoveries often begin without an immediate practical application.

In this episode, we dive deep into the evolving conversation surrounding artificial intelligence, featuring insights from Dr. Emily M. Bender, a distinguished linguist and professor at the University of Washington. Her unique perspective sheds light on the implications of AI technologies in academia and beyond.

In this episode of Rust Belt Science, Maggie Fink and Shahir Rizk welcome Dr. Amy Mainzer, a professor at UCLA and principal investigator at NASA, to discuss her fascinating work on near-Earth objects and her unique perspectives on science and science fiction.

In this episode, we journey into the depths of ocean chemistry with Claire Till, a professor at California State Polytechnic University Humboldt. Claire specializes in the intricate relationships between trace metals and marine life, shedding light on how these tiny components play a crucial role in sustaining the entire ocean ecosystem.

In this episode, Luke Busta, an associate professor at the University of Minnesota Duluth, shares his fascinating research on plant chemistry, the potential of plant-derived waxes for industrial use, and the role of AI in scientific discovery. We explore how local environments influence plant chemistry, the process of scientific iteration, and the importance of science in diverse communities.

Join us as we explore the science and art of coffee with Tyler Sutch, owner of Revenant Coffee. Discover the intricate processes behind sourcing, roasting, and brewing coffee, and learn how science influences flavor profiles and quality. In this engaging conversation, our expert explores the science of coffee brewing, the importance of community spaces, and the future of coffee cultivation amidst climate change. Discover practical tips, industry insights, and the philosophy behind creating welcoming coffee environments.

In this conversation, Dr. Sean Decatur, president of the American Museum of Natural History, discusses the museum's history, its educational programs, and the importance of engaging the public in science. He emphasizes the role of museums in combating misinformation, fostering curiosity, and bridging indigenous knowledge with scientific inquiry. Dr. Decatur also reflects on his transition from a scientist to a leader and how parenting has influenced his approach to leadership. The conversation highlights the need for museums to create community connections and adapt to the evolving landscape of science communication.

Join us as we explore the fascinating intersection of science, art, and communication with Holden Thorpe, editor in chief of Science Magazine. Discover insights into scientific publishing, the role of art in life, and strategies to combat misinformation.

key topics

• Science publishing and impact
• The role of art and music in personal development
• Challenges in science communication and misinformation
• Incentives in scientific research and outreach
• The future of science education and public engagement

In this episode of Rust Belt Science, hosts Maggie Fink and Shahir Rizk speaks with Dr. Nick Pulliam, a cancer researcher and science communicator. They discuss Nick's journey to obtaining a PhD in cancer biology, the importance of embracing challenges in science, and the impact of cancer research on patients. Nick shares insights into the mechanisms of cancer, the role of science communication, and the differences between working in academia and industry. He also discusses his upcoming book, 'Beyond the Cell,' which aims to explore the broader context of cancer beyond just the cancer cell itself.

In this conversation, Dr. Eric Hegg discusses the complexities of biofuels, particularly focusing on the role of lignin and cellulose in biofuel production. He explains the challenges of breaking down lignin, the balance between nature and chemistry in creating sustainable biofuels, and the potential products that can be derived from these materials. The discussion also touches on environmental challenges, the importance of the Great Lakes Bioenergy Research Center, and the interconnectedness of ecosystems through the concept of 'One Health'. Dr. Hegg emphasizes the need for better science communication to engage the public and share the significance of these scientific advancements.