ERC Advanced Grant · 2021
Discovering light-induced phases by first-principles material design
Ultrafast lasers sources open new perspectives in exploring broken symmetry phases as it becomes possible to promote a substantial number of electrons in excited states generating a thermalized electron-hole plasma and leading to reversible or irreversible phase transitions. Light-induced charge density waves, order-disorder transitions, melting, stabilization of topological phases and laser-tunable ferroelectricity have been demonstrated. Experiments are far ahead of theory as few (if any) of the demonstrated light-induced phenomena have been predicted by theory. DELIGHT aims to develop a theoretical strategy to predict and discover photoinduced phases in materials. To accomplish this…
From the public funding record at EU CORDIS. Describes the funded project, not the reviews below.