Our Approach

Our research integrates:

Detector Design & Fabrication
Micro-scale scintillators • optical fibers • novel materials • detector arrays

Experimental Medical Physics
Clinical LINACs • proton beams • FLASH beams • radioactive sources • nuclear medicine imaging

Computational Modeling
GATE • Geant4 • TOPAS • optical transport • radiation transport

Data & AI Methods
Signal processing • quantitative imaging • image reconstruction • physics-informed computational approaches

The integration of experiment, simulation, and computation allows us to translate fundamental detector physics into technologies with potential clinical impact.

Research Vision

Our long-term goal is to develop high-resolution, real-time, and patient-specific radiation measurement and imaging technologies that improve the accuracy, safety, and effectiveness of radiation-based diagnosis and therapy.