Energy materials and quantum technologies for the future: the case of the Master of Materiomics

Abstract

In 2022-2023, Hasselt University inaugurated the Master of Materiomics program. This study program targets individuals aspiring to pioneer sustainable and groundbreaking materials situated at the intersection of physics and chemistry, utilizing both theoretical/computational and empirical methodologies. The curriculum delineates four specialized domains, of which two will be highlighted in this contribution: Innovative materials for energy generation, storage and efficiency; and high-tech materials for quantum technologies. By combining diverse perspectives and fostering interdisciplinary engagement, the program cultivates students ready for interdisciplinary collaborations in the work field. Moreover, there is a continuous need for these advanced physics profiles in industry and academia (e.g., Einstein telescope). Equipped as interdisciplinary scientists, students are trained to address material-related challenges pertinent to overarching societal imperatives such as climate mitigation and the transition towards sustainable energy paradigms, but also to scientific progress in e.g. cyber security and innovative space research.