EOIs Now Open: Nanofabrication Accelerator Program to Boost R&D in B.C.
Expressions of interest are now open for the second round of UBC Blusson QMI’s Nanofabrication Accelerator Program in partnership with...
Read MoreExpressions of interest are now open for the second round of UBC Blusson QMI’s Nanofabrication Accelerator Program in partnership with...
Read MoreWelcome to the November 2022 issue of Material Intelligence. In this edition: New tunable magnetic material for mass-storage technologies, Sarah Burke...
Read MoreThis month we welcomed Shahrzad (Zad) Abbasi to the Stewart Blusson Quantum Matter Institute (Blusson QMI) team as Communications Manager....
Read MoreResearchers from the University of British Columbia’s Stewart Blusson Quantum Matter Institute (Blusson QMI) have developed a new material system...
Read MoreAssociate Professor Sarah Burke from the University of British Columbia’s Stewart Blusson Quantum Matter Institute (Blusson QMI), the School of Physics...
Read MoreInternationally recognized for its research and discoveries in quantum materials, quantum information, and quantum devices, the Stewart Blusson Quantum Matter...
Read MoreA new project linking 11 Canadian and European universities was awarded more than CAD $3 million in Horizon Digital Europe...
Read MoreThe technical operations (TechOps) team at the Stewart Blusson Quantum Matter Institute (Blusson QMI) are leaders in helium conservation and...
Read MorePinder Dosanjh has been awarded the President’s Service Award for Excellence (PSAE), the highest honour given to staff at the...
Read MoreAshutosh Bhudia is off on his next adventure: he’s going on to study at one of Australia’s leading quantum computing...
Read MoreUnder the right conditions, you can convince 1000 electrons to work together. “It can be challenging, but it’s probably easier...
Read MoreBig problems require focus, and this summer, IBM offered 62 scholars from around the world the opportunity to learn, connect,...
Read MoreMuch of the heat generated on Earth is wasted. If we could generate electricity from the high temperatures produced as...
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