Alexander Riegler
Papers
2
Total Citations
13
H-Index
2
About
Alexander Riegler is a transdisciplinary researcher whose work bridges medical physics and cognitive science, exploring how precision and autonomy shape human–technology interactions. In radiation oncology, he has made a significant contribution to standardizing pulmonary stereotactic body radiotherapy (SBRT) through his influential 2021 paper on dose prescription to the mean internal target volume dose. This work, which has garnered 11 citations, addresses critical inconsistencies in dose delivery across institutions and technologies, improving treatment reliability and patient outcomes. Riegler’s impact extends beyond clinical physics into the philosophy of autonomous systems. His 2008 paper, "The paradox of autonomy," examines the growing disconnect between human cognition and the increasingly alien decision-making processes of autonomous artifacts, drawing on Maturana’s theories. Though less cited, this work offers a prescient critique of modern AI and robotics. Riegler’s dual focus—on precise, reproducible cancer therapy and on the cognitive boundaries of autonomous machines—demonstrates a rare ability to navigate both applied science and fundamental questions about agency, making his research valuable for students and scholars interested in the intersection of technology, medicine, and human understanding.
Research Focus
Key Achievements
Top Papers
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