Developing chemically stable metal-organic frameworks for environmental applications via modeling and experiment

Crystal Therapy: Composite Materials as Next Generation Biomedical Devices

Nanocomposite Architecture for Energy-Saving Electrochromic Smart Windows

Dynamic Self-Assembled Materials to Control Cellular Microenvironments and Mimic Biological Phenomena

Hybrid Omni-Thermoelectrics: Atomically Re-Engineered P/N Nanowire Inks for Flexible Generators

Directing Electrical Energy Across the Cell Membrane for Precise Bioelectronics

Immune Modulatory Biomaterials for Cell-Based Therapies

Composite Nanoparticles for Electronic Applications