Directory

Investigating how cells create, maintain, and recycle organelles through biogenesis and selective autophagy.

Designing nature-inspired, programmable materials for applications in human health, energy, and the environment.

Combining chemistry, biology, and data science to develop greener methods for making complex molecules.

Studying peptide self-assembly to understand protein-misfolding disorders and develop new biomaterials.

Using theory and simulation to investigate quantum dynamics, light-matter interactions, molecular electronics, and quantum transport.

Examining how human relationships flourish or falter and shape health and well-being.

Providing free, confidential emergency medical assistance and health education to the River Campus community.

Applying optical spectroscopy and imaging to biomedical challenges, including bone health, bruise detection, and cellular analysis.

Developing chip-based models of healthy and diseased human tissue to advance disease research and drug development.

Developing integrated electronics and photonics for high-speed, quantum, neuromorphic, sensing, and communication systems.