Show Notes
In this episode of Rust Belt Science, we delve into the eerie and thought-provoking world of "The Last of Us," exploring whether the events depicted in this popular video game and TV series could transition from fiction to reality. Joining us is Dr. Felipe Santiago-Tirado, an expert in fungal pathogens and Assistant Professor of Biological Sciences at the University of Notre Dame. Dr. Santiago-Tirado breaks down the science behind the game’s central premise: a fungal infection that turns humans into zombie-like creatures. We discuss the real-life Cordyceps fungus, known for its ability to control the behavior of insects and assess its potential threat to humans. Dr. Santiago-Tirado provides insight into the behavior of fungal pathogens, their evolution, and how environmental changes could possibly expand their host range. Additionally, we examine the role of climate change, human encroachment on natural habitats, and global connectivity in potentially facilitating such a scenario. Dr. Santiago-Tirado also addresses the biological feasibility of the mutations depicted in the series and discusses current research on fungal diseases. This episode is not just a fascinating journey into a hypothetical apocalypse but also a crucial look at the real-world implications of scientific research, environmental degradation, and our understanding of the delicate balance between humans and pathogens. Whether you're a fan of "The Last of Us" or a science enthusiast, this discussion will provide you with plenty of food for thought on the resilience of nature and the limits of human control. Tune in to Rust Belt Science for an episode that's as educational as it is thrilling!
More from 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.