Linda S. Shimizu Research Group

Her supramolecular chemistry uses noncovalent urea interactions and bis-urea macrocycles to build predictable assemblies and crystalline materials. Research connects molecular shape and interaction with properties such as light response, conductivity, and transport through confined environments. Organic synthesis, photochemistry, and crystal engineering are central parts of the approach. By drawing inspiration from biological self-assembly while controlling synthetic building blocks, the group investigates how ordered molecular structures can become useful materials with deliberately chosen behaviors.