Cameron Clarke is a Staff Scientist at Jefferson Lab’s Biomedical Research and Innovation Center, blending 11 years of experimental nuclear physics and detector engineering to drive medical imaging innovation and tech transfer. He led detector development and calibration work at Canon Medical Research USA on photon-counting CT detectors and now runs LDRD-style projects applying high-rate SiPM timing and distributed analysis frameworks toward total-body PET. Trained with a PhD in experimental nuclear physics from Stony Brook, he pairs hands-on hardware/system optimization skills with data-driven analysis to move lab concepts toward clinical-ready systems. Known for bridging academic and industry partnerships, he has several patents pending and a track record of translating quantum-scale detector expertise into practical imaging performance gains.
10 years of coding experience
2 years of employment as a software developer
Bachelor of Science - BS, Physics, Bachelor of Science - BS, Physics at Mississippi State University
Doctor of Philosophy - PhD, Nuclear Physics, Doctor of Philosophy - PhD, Nuclear Physics at Stony Brook University
Separate repository for storing rad_analysis codes (primarily worked on by Cameron) that diverge across various projects, but which are all based on the initial rad_analysis code included by Rakitha in the old remoll dose branch (2015)
Contributions:123 commits, 105 pushes, 2 branches in 7 months
Contributions:2 releases, 624 commits, 43 PRs in 3 years 6 months
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