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Abstract Controlled movement of particles and quantum states is essential for advances in quantum simulation, computation and sensing, as it provides a means to prepare initial states and entangled states of high connectivity. We have used the highly …

Abstract Surface-initiated polymerization is a unique way to produce thin, functional polymer films. As polymer chains are grown from surfaces that are modified with initiators or chain transfer agents to mediate chain growth, this process ensures a …

Abstract Many drugs or drug candidates have physico-chemical characteristics that are unfavorable to the passage of the biological barriers that separate the site of administration from the site of pharmacological action. These mechanical, …

Sam Stupp Samuel Stupp is Board of Trustees Professor of Materials Science and Engineering, Chemistry, Medicine, and Biomedical Engineering at Northwestern University. He also directs Northwestern's Center for Regenerative Nanomedicine. Stupp's …

Abstract Amyloid fibrils interact with metal ions via metal-ligand supramolecular interactions whose energy is of the order of tens to hundreds of KBT. The occurrence of the 20 essential amino acids in food-based amyloid fibrils derived from inexpensive …

Abstract Our lab has pursued development of methods to allow selective incorporation of diverse functionality into synthetic polypeptide materials. Specifically, we have developed synthetic methods that allow a robust variety of modifications to …

Abstract Photoinduced electron transfer is the key step in photoredox catalysis. We will briefly review the essential parameters affecting photoinduced electron transfer and how we can control them for the benefit of synthesis. Next, we discuss recent …

Abstract Since the pioneering report of the oxidative three-component Passerini reaction using a stoichiometric oxidant, [1] oxidative Isocyanide-based multicomponent reactions (IMCRs) have opened new avenues for accessing diverse chemical space from …