IRGs

IRG3 focuses on the interactions of biological systems with functional organic materials on the biologically important 1-100 nm scale. This length scale is commensurate with a range of biological assemblies (lipid assemblies, proteins, viruses, and cells) that lie between the well-studied molecular and micrometer limits, and therefore offers exciting prospects for discovery. IRG3 combines hierarchical […]

Interfaces between organic and inorganic materials are now critical to many areas of science and technology, impacting such diverse areas as efficient solid-state lighting, consumer electronics and chemical/biological sensing. Yet there remains very little understanding of how to predict and control the chemical and physical properties of these interfaces at the nanoscale. The goal of […]

Fundamental Issues in Materials Integration on Silicon investigates the fundamental atomistic and mesoscopic mechanisms underlying the integration of materials, devices and structures on silicon, as an integration platform. Materials integration on Si leverages the power of CMOS through the addition of other components, thereby increasing function while maintaining the advantages and the versatility of […]