News

Welcoming New Core Team Members to the Canada Excellence Research Chair in Light‑Matter Interactions

We are delighted to announce the expansion of the Canada Excellence Research Chair in Light‑Matter Interactions (CERC‑LM) core team with the addition of three outstanding researchers: Prof. David Cooke (McGill University), Prof. Saurabh Maiti (Concordia University), and Prof. Pascale Caïdor (Université de Montréal).

Their diverse expertise will significantly strengthen our interdisciplinary mission to advance research at the frontier of light–matter interactions.

Prof. David Cooke brings world-class leadership in experimental physics, with a focus on ultrafast terahertz spectroscopy and advanced measurement techniques. His work will enhance our capacity to experimentally probe and understand dynamic processes in quantum materials at unprecedented timescales, supporting the development of innovative photonic and electronic systems.

Prof. Saurabh Maiti contributes deep expertise in theoretical condensed matter physics. His research on superconductivity, quantum many-body systems, and emergent electronic phenomena will provide critical theoretical frameworks to guide and interpret experimental discoveries within the CERC‑LM, enabling the prediction of new quantum states and functionalities.

Prof. Pascale Caïdor adds a vital dimension to our team through her work in communication, organizational studies, and equity, diversity, and inclusion (EDI). Her research on the role of communication in addressing inequalities and driving organizational change will help strengthen the governance, inclusivity, and societal impact of our research initiatives, ensuring that our scientific advancements are aligned with responsible and inclusive practices.

Together, these three scholars reinforce the CERC‑LM’s commitment to excellence by integrating experimental innovation, theoretical insight, and social responsibility. We are excited to welcome them and look forward to the impactful collaborations and breakthroughs that will emerge from their contributions.