Joint with Emory’s School of Medicine, Georgia Tech’s MS-Medical Physics trains students in MRI physics, dosimetry, and AI-guided image reconstruction. Clinical rotations in proton-therapy and PET/MR hybrid suites let students calibrate linacs one day and code Monte-Carlo dose engines the next. CAMPEP accreditation positions graduates for residency and ABR certification.
Deep-learning scatter correction in cone-beam CT images
Monte-Carlo calculation of LET distributions in proton beams
MRI-guided adaptive radiotherapy margin reduction study
Radio-luminescent nanoparticle gel dosimeter development
AI classifier for early brain metastasis on 7 T MRI scans
Motion-compensated dose reconstruction for lung tumors
Radiomics pipeline predicting immunotherapy response
Low-field portable MRI design for ICU bedside imaging
Neutron shielding optimization in compact accelerator vaults
GPU-accelerated inverse-planning for FLASH radiotherapy
Quality-assurance phantom with 3-D printed anthropomorphic tissues
Dosimetric impact of dental implants in head-and-neck IMRT
PET tracer kinetic modeling for tumor hypoxia quantification
Multi-leaf collimator leaf-end leakage characterization
MRI susceptibility artifact mitigation for brachytherapy seeds
Harness physics to image, target, and treat disease with precision.
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