Giordano Biasi

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About

Giordano Biasi is a medical physicist specializing in advanced radiation dosimetry and quality assurance (QA) for stereotactic radiosurgery. His research focuses on developing and validating novel detector technologies to improve the precision and safety of CyberKnife robotic radiosurgery systems. Biasi’s major contribution lies in the evaluation of angularly independent silicon detectors—specifically edgeless diodes—for dosimetry in megavoltage radiotherapy. His most-cited work (2018, 14 citations) demonstrated the utility of these detectors for both phantom and patient-specific QA, addressing a critical need for accurate, angle-independent dose measurement in highly conformal treatments. This work has been recognized as a step forward in enhancing the reliability of stereotactic radiosurgery delivery. Biasi’s research bridges detector physics and clinical application, offering practical solutions for real-time treatment verification. His contributions are particularly valuable for medical physicists and engineers seeking to improve QA protocols in robotic radiosurgery, where beam geometry and small-field dosimetry present unique challenges. Through his work, Biasi continues to advance the accuracy and safety of modern radiation therapy.