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Professor John Marohn's research focuses on using magnetic resonance imaging at the nanoscale to study the structure and function of materials. His group is involved in developing and applying innovative techniques to image individual biomolecules and charge carriers in thin-film devices, contributing to advancements in materials science. Marohn's scholarship encompasses various topics including detection and imaging of individual electron spins, quantum measurement, lead halide perovskites, and organic photovoltaic materials. The impact of his work in unconventional semiconductors highlights the significance of nanoscale fluctuation phenomena and charge dynamics, as evidenced by numerous published works in prestigious journals. His contributions are recognized within the academy for bridging the gap between physics and chemistry, demonstrating an interdisciplinary approach in scientific inquiry that has prompted new methodologies. His teaching in the Department of Chemistry and Chemical Biology at Cornell University reflects his commitment to mentoring the next generation of scientists through rigorous courses in physical chemistry and quantum mechanics.
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