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Professor Weitekamp's research explores novel spectroscopic phenomena applied to otherwise inaccessible problems in chemistry and device physics, particularly at interfaces. He utilizes first-principles theory, with a strong focus on quantum statistical mechanics, to design groundbreaking experiments and instruments to interpret results effectively. A significant challenge in the field is the inadequate sensitivity of magnetic resonance spectroscopies in interfacial nanoscale environments. His group continues to develop new ultrasensitive measurement concepts, realizing innovative prototype instruments. Current pursuits include force-detected spectroscopy of spin optical transitions near surfaces. The analytical capabilities brought about by his spectroscopic techniques facilitate unprecedented sensitivity, resolution, and efficiency, enabling extensive studies of specifically designed combinatorial libraries of molecular sites and nanostructures.
California Institute of Technology • Pasadena, CA
Leading research in chemical physics, focusing on novel spectroscopic techniques and their applications.
California Institute of Technology • Pasadena, CA
Conducted advanced research and taught courses in chemical physics.
California Institute of Technology • Pasadena, CA
Initiated research and educational programs in the field of chemistry.
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