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We utilize advanced computing resources at the Minnesota Supercomputing Institute (MSI) to simulate chemical and biomolecular interactions with remarkable precision. The Chemical Theory Center (CTC) forms the heart of our operations, bringing together faculty and their research teams who excel in diverse areas of computational chemistry innovation. Our scholars additionally gain from MSI-organized global conferences and specialized workshops covering multiple scientific computing disciplines.
Graduate students play a pivotal role in both our educational objectives and research endeavors, representing our most prized contributors. Our program provides exceptional advantages: distinguished faculty who are pioneers in their specialties, cutting-edge research infrastructure, opportunities for cross-disciplinary collaboration, and a nurturing atmosphere that fosters independent intellectual growth. We aim to cultivate well-rounded chemists, educators, researchers, and future leaders by offering a dynamic academic setting with top-tier facilities, comprehensive training, and leadership development. While contemporary chemistry research spans multiple disciplines, our graduate studies primarily concentrate on analytical chemistry, chemical biology, environmental chemistry, inorganic chemistry, materials science, organic chemistry, polymer science, experimental physical chemistry, and computational approaches.