Papers
7
Total Citations
249
H-Index
6
About
David A. Larson is a researcher whose work spans two remarkably distinct domains: image-guided robotic radiosurgery and technology's role in dispute resolution. In the field of radiation oncology, Larson has been a pioneering figure in stereotactic body radiotherapy (SBRT), particularly involving the CyberKnife Radiosurgery System. His most influential work, a 2007 study on robotic radiosurgery for benign spinal tumors at the University of California San Francisco (93 citations), helped establish clinical frameworks for treating complex spinal lesions with precision targeting. Complementary investigations into residual target motion during spine radiosurgery (55 citations) and apparatus-dependent dosimetric differences (25 citations) reflect his commitment to rigorous quality assurance and treatment optimization. His 2011 two-step optimization method for multiple brain metastases further demonstrates his innovative approach to challenging clinical scenarios. Equally notable is Larson's parallel scholarship in alternative dispute resolution, where his examination of artificial intelligence replacing human mediators (49 citations) has attracted significant attention in legal technology circles. This rare interdisciplinary range — bridging cutting-edge medical physics with legal technology theory — distinguishes Larson as an unusually versatile and intellectually adventurous scholar whose contributions resonate across professional communities.
Research Focus
Key Achievements
Top Papers
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- 2Effects of residual target motion for image‐tracked spine radiosurgery55 citations · 2007
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