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Richard Royce Schrock is an Emeritus Professor of Chemistry at the Massachusetts Institute of Technology. His primary research interest lies in synthetic mechanistic organotransition metal inorganic chemistry, particularly focusing on catalysis and polymers. Schrock's work has significantly contributed to the understanding of metal-carbon multiple bonds and alkylidene complexes. One of his key efforts involves synthesizing and characterizing complexes that serve as catalysts for metathesis reactions of olefins, aimed at producing enantiomerically pure organic molecules. His studies in asymmetric metathesis have advanced the field by developing new catalysts containing enantiomerically pure ligands, facilitating new synthetic pathways. Schrock is also investigating the reduction of dinitrogen in a controlled manner, with a goal of achieving efficient activation using protons and electrons. His innovative work with molybdenum complexes, especially employing triamidoamine ligands, has opened new avenues in catalytic reduction of nitrogen to ammonia under specific conditions. Additionally, his research extends to controlled synthesis of specialty polymers using ring-opening metathesis polymerization (ROMP) techniques, enabling the design of bimetallic catalysts and polymers with tailored properties. Schrock's contributions have significantly impacted both fundamental chemistry and practical applications in materials science.