Blusson QMI-linked research clusters expand interdisciplinary collaborations at UBC
Pictured: Belkin Art Gallery exterior shot with witch hazel by Michael Turner. The Stewart Blusson Quantum Matter Institute (Blusson QMI)...
Read MoreMarch 4, 2021
Pictured: Belkin Art Gallery exterior shot with witch hazel by Michael Turner. The Stewart Blusson Quantum Matter Institute (Blusson QMI)...
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“Science is very social, and my success is a credit to the support from Blusson QMI that enabled me to...
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Quantum computing has enormous potential, and the success of quantum technology development and innovation will change many aspects of...
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Pictured: Kim Kiloh (right) with UBC President and Vice-Chancellor, Santa Ono (left); Kiloh received the President’s Staff Award for Excellence...
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Superconductivity is an essential ingredient in many existing and future technologies. Topological superconductors in particular offer great promise in fault-tolerant...
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Individual carbon nanotubes (CNTs) can conduct heat effectively, but in large collections known as “forests,” their thermal conductivity can be...
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Pictured; James Day speaks at Quantum Futures at the Museum of Anthropology, April 2018. Image credit: Curiosity Collider/Flickr. It is commonly believed...
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Pictured: a graphic representation of the interaction between electrons in a copper oxide grid. , A multi-institutional, international collaboration that began...
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Vedanshi Vala (pictured) is a second-year student in the Faculty of Science’s Integrated Sciences program working in Ziliang Ye’s lab...
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Pictured: Fengmiao Li (left) and Zou lab colleagues. Image credit: Paul Joseph/UBC. Quantum materials are the basis for many emerging...
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