James Hoefelmeyer
Chair and Professor at Chemistry, University of South Dakota0 Followers
Professor James Hoefelmeyer brings a wealth of expertise to his role as Chair and Professor of Chemistry at the University of South Dakota. With a deep passion for both guiding students and pushing the boundaries of knowledge, he has dedicated his career to the fascinating fields of Inorganic and Environmental Chemistry. His teaching reflects a genuine commitment to helping students truly grasp complex chemical ideas, setting them up for success in their future scientific journeys.
In his research, Professor Hoefelmeyer explores a wide and intriguing landscape within chemistry. He delves into the core principles of Inorganic and Main Group Chemistry, while also venturing into the dynamic world of Organometallic Chemistry, studying how metals interact in unique ways. His work also touches upon the exciting potential of Nanocrystals, investigating their properties and possible applications across various industries.
Further highlighting his innovative approach, Professor Hoefelmeyer investigates Frustrated Lewis Pairs, uncovering new insights into chemical reactivity and synthesis. He is also deeply invested in finding better ways to harness the sun's power through Solar Energy Utilization research. Through these diverse efforts, he is not only contributing valuable knowledge to the field but also inspiring his students and colleagues, leaving a meaningful mark on chemistry.
External Link www.usd.edu/ In his research, Professor Hoefelmeyer explores a wide and intriguing landscape within chemistry. He delves into the core principles of Inorganic and Main Group Chemistry, while also venturing into the dynamic world of Organometallic Chemistry, studying how metals interact in unique ways. His work also touches upon the exciting potential of Nanocrystals, investigating their properties and possible applications across various industries.
Further highlighting his innovative approach, Professor Hoefelmeyer investigates Frustrated Lewis Pairs, uncovering new insights into chemical reactivity and synthesis. He is also deeply invested in finding better ways to harness the sun's power through Solar Energy Utilization research. Through these diverse efforts, he is not only contributing valuable knowledge to the field but also inspiring his students and colleagues, leaving a meaningful mark on chemistry.
Publications
12 - Surface-Modified Anisotropic TiO2 Nanocrystals Immobilized in Membranes: A Biologically Inspired Solar Fuel Catalyst,New and Future Developments in Catalysis
James D. Hoefelmeyer ,
, 263-278, 2013-01-01
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