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TopQMat aims to explore ultrafast topological phase transitions in quantum materials, utilizing advanced measurement techniques to analyze electronic band structures. The project focuses on manipulating material properties through external perturbations to enhance our understanding of topological materials.
Discovering routes to guide materials into desired phases through so-called topological phase transitions is one of the goals in modern condensed matter physics.
The properties and invariants of topological materials are strongly related to the existence or breaking of certain symmetries, and by using external perturbations, topological phase transitions can be induced.
However, ultrafast nonequilibrium processes hold the potential to revolutionise the manipulation of topology in quantum materia…
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE CNRS
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