Our laboratory focuses on designing novel nanomaterials remotely controllable by magnetic field, light, in situ self-assembly, and ultrasound to understand and regulate dynamic cell-nanomaterials interactions for dynamic biomedical and environmental engineering.

In particular, we seek to design remotely controllable biomolecular and organic/inorganic nanomaterials for immunoengineering, stem cell engineering, regenerative therapy, cancer therapy, and diagnostic imaging, antibacterial/antiviral (COVID-19) materials, and environment-friendly recyclable materials.