Materialism: A Materials Science Podcast
Episode 94: An Introduction to Quantum Materials
Sep 26, 2024
Jason Khoury, an Assistant Professor at Arizona State University specializing in quantum materials, dives into the fascinating world of quantum behavior. He discusses how interactions between charge, spin, and lattice shape the properties of quantum materials. The conversation covers high-temperature superconductors, their serendipitous discovery, and the theoretical predictions of exotic quantum behavior. Khoury emphasizes the collaborative nature of research, the challenges of crystal growth, and the impact of computational tools in advancing our understanding of quantum materials.
48:40
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Quick takeaways
- Quantum materials exhibit properties beyond classical physics, showcasing phenomena like superconductivity and complex magnetism driven by intricate electron interactions.
- The synthesis of quantum materials involves precise techniques and conditions that manipulate their structures to unlock unique quantum behaviors and functionalities.
Deep dives
Exploring Quantum Materials
Quantum materials are defined as materials whose properties cannot be explained by classical physics, but rather require an understanding of quantum mechanics. These materials display phenomena such as superconductivity, complex magnetism, and unique electron interactions that push the boundaries of traditional material science. The research into quantum materials involves the study of exotic elements and intricate interactions at extreme conditions like high pressure and low temperatures. This exploration reflects a significant departure from classical intuitions about how materials behave, which opens new avenues for technological advancements.
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