PRIME is an interdisciplinary research center developing AI, dosimetry, and imaging technologies that make radiotherapy safer, more accurate, and tailored to each patient.
We bridge fundamental research and clinical practice — building tools that radiation oncologists, medical physicists, and patients can rely on. Our work spans treatment planning automation, advanced detector systems, 3D dosimetry, and quantitative imaging.
We envision radiotherapy that adapts in real time to each patient's anatomy, biology, and response — powered by trustworthy AI and validated through rigorous physics.
Every dose, every voxel, every workflow — engineered for accuracy.
Open methods, reproducible results, accountable algorithms.
Technology only matters when it improves lives.
Rigorous physics. Clinical-grade engineering. Peer-reviewed science.
Four interconnected programs spanning AI, physics, imaging, and clinical translation.
Building fast, robust, clinically deployable AI systems for IMRT and VMAT planning.
Designing advanced detector systems and validated 3D dose reconstruction for safe radiotherapy.
Radiomics, segmentation, and predictive modeling for diagnosis, response, and outcomes.
Embedding regulatory rigor and human factors into every clinical deployment.
