Matthew J. Muscat, PhD
Medical Physics Resident, Johns Hopkins University School of Medicine. Research in spatial inference, prostate brachytherapy and scientific software.
Medical physics and scientific computing.
Our research links biopsy specimens with imaging, radiation dose and localization uncertainty. BiopsyContext implements the resulting analysis methods.
Matthew is a Medical Physics Resident in the Department of Radiation Oncology & Molecular Radiation Sciences at Johns Hopkins University School of Medicine.
Research collaboration & licensing- 2026-presentJohns Hopkins University School of MedicineMedical Physics Residency
- 2021-2026UBC Okanagan & BC Cancer, KelownaBiopsy research and doctoral training. PhD in Medical Physics completed at UBC Okanagan in 2026.
- 2020 / 2017McGill UniversityMSc, Theoretical Physics & Cosmology; BSc (Honours), Physics.
Framework synthesis
Doctoral thesis
A probabilistic framework for prostate core-needle biopsies in HDR brachytherapy: From clinical quality assurance to translational research
Matthew Jonathan Muscat. University of British Columbia, 2026.
PhD thesis · DOI: 10.14288/1.0454690Affiliations identify the researcher and do not imply institutional endorsement of Studio Superposition. BiopsyContext is research software, not a clinical decision service.