The lab is fortunate to have numerous collaborators from both academic and industrial research partners.
Industrial Partners
The following partnerships have, to date, led to 8 patents and 12 published articles:
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The study of halide solid electrolytes in collaboration with the Centre of Excellence at ±á²â»å°ù´Ç-²Ï³Üé²ú±ð³¦ (2023 -).
Umicore
The development of advanced layered oxide cathodes for both Li and Na-ion batteries with a world leader in cathode manufacturing (2023 -).
Medtronic
From 2022-2024, we collaborated with Medtronic to develop safe high power anodes for Li-ion batteries for implantable medical devices.
Samsung
From 2021-2024, we collaborated with the Samsung Advanced Institute of Technology to design both high voltage cathodes for Li-ion batteries and deformable solid electrolytes for all-solid Li batteries.
Nemaska Lithium
From 2019-2021. we collaborated with Nemaska Lithium to determine potential consequences of contaminants arising from recycling of Li-ion cathodes.
Academic/research centers
We are now collaborating with the team of at the National Research Council of Canada designing increasingly automated high-throughput approaches for battery material development.
Our large amount of experimental data serves many purposes including asking a lot of fundamental questions. We have numerous computational/theoretical collaborators that we are indeed very fortunate to work with including (ɬÀï·¬), (ɬÀï·¬), (INRS), and Y. Bengio ().
We also have numerous active collaborations with experimental research groups including those of Profs. , , and at ɬÀï·¬, and have worked (and/or are working) with research centres around the world including , , , and the group of S. Trabesinger at