IRG1: Metallic Antiferromagnetic Materials: Utrafast Charge, Lattice, and Magnetization Dynamics
Watch to learn more about IRG1 and meet some of
IRG2: Active interfaces between highly deformable nanomaterials
Watch to learn more about IRG2 and meet some of
Seed: Toward Photo-Ionics by Design: Mechanistic Insight via Multi-Scale Measurement & Simulation
Perry and van der Veen will study the interaction of light with defect dynamics in mixed conductors. This class of materials finds applications in solid-state batteries, fuel cells, electrolysis cells, gas separation membranes, photovoltaic cells, and reactors for chemical fuel synthesis. The goal is to develop mechanistic insight into these interactions by studying the process at multiple length and time scales, in realistic temperature and gas environments.
Seed: THz magnetic switching of intercalated transition metal dichalcogenides (I-TMDs)
A grand challenge in the field of ultrafast manipulation of magnetism is to coherently switch magnetic order in materials at THz speeds. Directly coupling an intense THz wave to a material of interest is a promising approach yet challenging since this requires THz waves with extremely large field strengths. To address this, new magnetic materials that can be switched at lower fields need to be synthesized and studied. Moreover, new heterostructures involving metallic antennas are required that can potentially enhance THz field strengths.