The CAMPEP-accredited MS in Medical Physics at Duke trains physicists to advance diagnostic imaging, radiation therapy, and nuclear medicine. Students calibrate LINACs, design AI-driven adaptive therapy protocols, and research photon-counting CT scanners in Duke’s world-class health system. Clinical clerkships ensure graduates meet board-exam competencies and ethical standards.
Deep-learning auto-segmentation of head-and-neck tumors
Monte-Carlo simulation optimizing FLASH proton therapy doses
MRI-linac adaptive plan QA using real-time gamma analysis
Photon-counting CT material decomposition for plaque detection
Wearable dosimeter network for interventional cardiology staff
AI-enhanced ultrasound elastography for liver fibrosis staging
GPU-accelerated Monte-Carlo code for pediatric dosimetry
Blockchain logging for radiotherapy plan version control
VR training simulator for brachytherapy needle placement
Radiomics model predicting immunotherapy response
Low-field portable MRI QA phantom design
Spatial-fractionated microbeam therapy dosimetry study
Policy memo on AI device regulation in radiation oncology
Citizen-science radon mapping using smartphone sensors
Advance safe, precise radiation medicine with Duke’s Medical Physics master’s.
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