Our group is among the Fall 2020 recipients of the Dean’s Competitive Fund for Promising Scholarship. This funding will support the development of new high-intensity THz setups to study ultrafast nonlinear effects in quantum materials. Our first project “Controlling the Chiral Anomaly in Weyl Solids” will be aimed to understand why the number of chiral objects is conserved in classical physics but not necessarily in the realm of quantum particles. We thank the FAS Dean, Prof. Claudine Gay, for supporting our research endeavour.