Lab for Integrated Nanomaterials Systems
We architect and animate nanoscale matter
Our efforts are focused on establishing experimental methods for creating designed nanomaterial systems through self-organization. We integrate nanoparticles, biomolecules and polymers into unified systems to take advantage of their unique properties, and to exploit the emergent phenomena. Using tailored nano-structures, molecular recognitions, and macromolecular plasticity, we investigate how to build designed nanoscale systems with precise architectures, re-configuration properties, and the ability to react and process energy.
Our efforts are focused on establishing experimental methods for creating designed nanomaterial systems through self-organization. We integrate nanoparticles, biomolecules and polymers into unified systems to take advantage of their unique properties, and to exploit the emergent phenomena. Using tailored nano-structures, molecular recognitions, and macromolecular plasticity, we investigate how to build designed nanoscale systems with precise architectures, re-configuration properties, and the ability to react and process energy.
Our lab develops platform approaches for digitizing bottom-up nano-fabrication, and enabling dynamic control and animation of material systems. The lab explores applications of novel self-assembled nanomaterials for targeted functions, from optics to nanomedicine, and from catalysis to signal processing.
Our lab develops platform approaches for digitizing bottom-up nano-fabrication, and enabling dynamic control and animation of material systems. The lab explores applications of novel self-assembled nanomaterials for targeted functions, from optics to nanomedicine, and from catalysis to signal processing.
