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About

Daniel Schmidhalter is a medical physicist whose research centers on stereotactic body radiotherapy (SBRT) and robotic radiosurgery, with a particular focus on advancing treatment precision and consistency in clinical radiation oncology. His work addresses some of the most technically demanding challenges in modern radiotherapy, including dose prescription standardization, treatment planning optimization, and the safe delivery of radiation in complex postoperative scenarios. Among his most recognized contributions is a 2021 study investigating interinstitutional and intertechnology consistency in pulmonary SBRT, which has garnered 11 citations and proposed dose prescription to the mean internal target volume dose as a means of reducing substantial variability across institutions and technologies — a clinically meaningful step toward harmonizing treatment protocols globally. His 2022 research on the feasibility of spine SBRT near carbon fiber and titanium hybrid implants using CyberKnife, accumulating 10 citations, has expanded treatment options for postoperative spinal patients previously considered difficult to manage with precision radiotherapy. Schmidhalter has also contributed to comparative analyses of multi-leaf collimator technologies for the CyberKnife system, informing equipment selection in radiosurgery programs. His body of work reflects a consistent commitment to translating technical innovation into safer, more effective patient care.