Professor Maia Vergniory is a leading researcher in topological quantum chemistry, a field she co-created, focusing on the discovery and design of quantum materials that could replace silicon in various applications. With the limitations of silicon technologies becoming apparent, her work aims to identify new materials suitable for quantum applications, leveraging the principles of topology and quantum theory. The research emphasizes exploring materials with superior properties compared to conventional semiconductors, driven by high-performance computing and multifaceted experimental methods. Her pioneering efforts in topological quantum chemistry accelerate the classification and prediction of materials with potential commercial applications. Vergniory's team investigates topological metamaterials composed of unconventional periodic structures, seeking to understand and predict their unique properties through theoretical frameworks, which can facilitate advancements in micro and nanoelectronics with reduced energy consumption. The research is structured in interconnected sub-projects, each aimed at uncovering groundbreaking materials that meet specific application needs, following significant recent discoveries in the field. Historical milestones include co-authoring pivotal articles in high-impact journals such as Science, further establishing her influence in this transformative area of study.
University of Sherbrooke • Sherbrooke, QC
Leading research in topological quantum chemistry and material discovery.