I will illustrate the paradigm of computational materials discovery, as applied to the case of two-dimensional and one-dimensional materials.
First, a high-throughput study of experimentally-known inorganic compounds identifies promising candidates that could be exfoliated from bulk parent compounds. This is followed by an in-depth analysis of the most promising materials for properties and performance, looking at novel topological insulators, superconductors, high-mobility semiconductors, magnetic materials, and metallic wires, to name a few.
Please register at the doodle before Thursday evening if you want to join for pizza!
Location: Stuckelberg, Ecole de Physique
Time: Friday 7 June 2024, 12:10 for pizza, 12:30 start discussion