Research group in
Condensed Matter Physics

Broadly speaking, research at the WK Lab targets quantum states of matter. These most often arise in materials at low temperatures, and involve the intricate quantum behavior of many electrons. Ultra cold atomic gases constitute another rapidly evolving platform to study quantum matter. Some examples of quantum states that we study: quantum magnets, topological insulators, Dirac and Weyl semimetals, superconductors, etc.

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News

December 21 2023
New preprint publication by Boyack et al.
Rufus Boyack, Luca V. Delacrétaz, Éric Dupuis, and William Witczak-Krempa have just pre-published their article titled “Conformal field theories in a magnetic field“. To access […]
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December 4 2023
Participation in the Quantum and AI Workshop 2023
The Quantum and AI Workshop 2023 was an opportunity for Professor William Witczak-Krempa to present the group’s work as well as the Courtois Institute, where […]
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Opportunities

Select a cycle:
  • Postdoctoral fellowships
  • Graduate students
1 Postdoctoral Fellowship position

The appointment is expected to start September 1st, 2024. The salary is competitive.

To apply, please provide by email to w.witczak-krempa@umontreal.ca a detailed CV including full publication list, a cover letter, a research proposal (2 pages) and at least 2 letters of recommendation (to be sent directly by your referees).

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Several MSc and PhD positions

We are looking for talented students to join our team, either as a Msc or PhD student. Beginning September 1st, 2024. The salary is competitive.

To apply, please provide by email to w.witczak-krempa@umontreal.ca a CV, a cover letter, the transcript of your last or current diploma and at least 2 letters of recommendation (to be sent directly by your referees to the email above).

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Science Complexe
MIL Campus

The WK Lab is located in the Science Complex, on the brand-new MIL Campus. This modern, attractive Campus, located in the heart of the city of Montreal, offers an optimal environment for cutting-edge research as well as interdisciplinary collaboration. Integrating the most recent technologies, the Science Complex is designed to promote exchanges between researchers from different disciplines, and offers students an exceptional environment, both in laboratories and offices.