Chemically induced proximity of bimolecular complexes is a powerful modality to rewire signal transduction networks. Most extensively studied in the context of protein degradation, the full scope and potential of chemically induced proximity for novel targets and pharmacological mechanisms has yet to be realized. I will discuss structure-based strategies to ...
A key frontier of modern condensed matter is to harness light - matter interaction to coherently engineer quantum states in materials. Under optical driving, quantum materials exhibit emergent many-body phenomena, from ultrafast switching to dynamical quantum states without equilibrium analogs. Progress hinges on using light to both uncover new nonequilibrium ...
Electrocatalysis plays a crucial role in many new energy technologies, which are becoming increasingly important for mobile electronics, electric vehicles, and the renewable energy industry. Despite notable progress, many electrocatalytic systems still encounter obstacles such as low efficiency, poor stability, or high costs due to the use of precious metal ...
