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Event Information:
Curious about how the universe actually works? Join the experts from UBC’s Department of Physics and Astronomy to find out fun facts about everything from the Milky Way to radio waves in this new, accessible science series: How the Universe Works! All are welcome!
Abstract:
Superconductors are materials that can carry electricity with zero resistance, unlocking remarkable possibilities for technology. They already play a critical role in medical imaging through MRI machines and in particle accelerators that probe the fundamental nature of matter. Even more futuristic applications, like frictionless magnetic levitation and lossless power transmission, show the transformative potential of these materials. This talk will explore the science of superconductivity and its journey from discovery to cutting-edge innovations.
Bio:
Alannah Hallas is an Associate Professor of Physics at the University of British Columbia, a Principal Investigator at the Blusson Quantum Matter Institute, and the Co-Director of CIFAR’s Quantum Materials Program. Alannah’s research centers on the design and discovery of new magnetic quantum materials, whose quantum properties she studies using x-rays, neutrons, and muons. When she's not growing crystals or at the beamline, Alannah loves cooking, playing bridge, and learning to sail in the waters around beautiful British Columbia.
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2025-10-09T18:00:002025-10-09T19:30:00How the Universe Works: Superconductivity - From MRIs to Magnetic LevitationEvent Information:
Curious about how the universe actually works? Join the experts from UBC’s Department of Physics and Astronomy to find out fun facts about everything from the Milky Way to radio waves in this new, accessible science series: How the Universe Works! All are welcome!
Abstract:
Superconductors are materials that can carry electricity with zero resistance, unlocking remarkable possibilities for technology. They already play a critical role in medical imaging through MRI machines and in particle accelerators that probe the fundamental nature of matter. Even more futuristic applications, like frictionless magnetic levitation and lossless power transmission, show the transformative potential of these materials. This talk will explore the science of superconductivity and its journey from discovery to cutting-edge innovations.
Bio:
Alannah Hallas is an Associate Professor of Physics at the University of British Columbia, a Principal Investigator at the Blusson Quantum Matter Institute, and the Co-Director of CIFAR’s Quantum Materials Program. Alannah’s research centers on the design and discovery of new magnetic quantum materials, whose quantum properties she studies using x-rays, neutrons, and muons. When she's not growing crystals or at the beamline, Alannah loves cooking, playing bridge, and learning to sail in the waters around beautiful British Columbia.Event Location:
Vancouver Public Library - Central Branch (Alice MacKay Room, Lower Level)
