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About

B. Fahimian is a medical physicist and radiation oncology researcher whose work centers on advanced radiotherapy techniques, treatment planning, and motion management in radiation delivery. Working out of Stanford, Fahimian has made pioneering contributions to the field of stereotactic arrhythmia radioablation (STAR), participating in groundbreaking research that built upon Stanford's landmark 2012 first-ever robotic radiosurgery treatment of ventricular tachycardia using the CyberKnife® system — work that has garnered 30 citations and helped establish STAR as a legitimate clinical frontier. His research also explores multi-leaf collimator (MLC)-based robotic radiotherapy delivery, evaluating its dosimetric potential across multiple disease sites. Fahimian has further advanced the field through novel arc delivery innovations, earning a Best in Physics recognition at a major medical physics conference for developing Trajectory Modulated Arc Therapy, which integrates dynamic robotic table motion to enable extended-volume treatments such as Total Body Irradiation. His work on 3D-printed phantoms for respiratory motion management underscores a commitment to practical quality assurance solutions. Across his career, Fahimian's research reflects a consistent drive to push the technical boundaries of precision radiotherapy for complex clinical challenges.