Bio-medical Applications of Jefferson Lab's Nuclear Physics Detector Technology by Drew Weisenberger 2026-10-24
By Drew Weisenberger. Slides hosted by NIST: www.nist.gov/document/drewweisenbergerpdf
PDF pages 4–7 explain scintillation detection, planar gamma imaging and the technetium-99m and PET photon energies.
Drew Weisenberger Created 2026-10-24 Updated 2026-11-05
An experimental physicist who develops particle detectors and applies nuclear-physics instrumentation to biomedical imaging.[ref]
Detector Development Group Staff at Jefferson Lab. Drew Weisenberger entry: scintillation and solid-state detector design and applications
In his presentation on detector technology, a scintillator converts deposited gamma ray energy into optical light, and a photomultiplier turns that light into an electrical signal. Combining position-sensitive detection with compact detector modules enables specialized gamma cameras rather than requiring every imaging task to use the same instrument.[ref]Bio-medical Applications of Jefferson Lab's Nuclear Physics Detector Technology by Drew Weisenberger. Slides 4 and 8–11: scintillation mechanism, modular detectors and task-specific gamma imaging
Drew Weisenberger beside a detector apparatus
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