Samuel L. Brady, PhD

Canon Healthcare Systems USA has recently introduced a volumetric planning scan, known as the 3D Landmark, designed to support automatic exposure control (AEC), automated anatomical landmark detection for scan planning, and patient positioning. This acquisiti...

Global advances in medical physics depend on interconnected research networks that facilitate mentoring, funding, collaboration, and long-term sustainability. Advancing cancer care worldwide requires a systematic, measurable, and globally interconnected resea...

This study analyzes reliability of whole-body CT segmentations from a deep-learning model deployed at a large pediatric center across protocol types and ICRP organ categories, evaluating age-stratified performance for clinical dosimetry workflows.

To assess correlations between pediatric radiation exposure rates and commonly used body size surrogates, anteroposterior (AP) or lateral (LAT) thickness, weight, height, body mass index (BMI), body surface area (BSA), and age—for general fluoroscopy (GF) and...

The ABR’s mission cannot be fulfilled without the participation of subject matter expert (SME) volunteers who provide their expertise through committee appointments, administering oral exams, and other engagements. During this session, attendees will learn ab...

Mentoring relationships can develop organically, arise from formal matching or from chance encounters that reveal a connection or common purpose between two people. Speed Mentoring is an event designed to support all of these approaches by bringing together s...

To characterize how decreasing radiation dose affects noise magnitude, noise texture, and task‑based spatial resolution in deep learning(DL) CT reconstruction algorithms.

Leadership

Scientific progress in medical physics and radiation oncology often arises through thoughtful disagreement and critical analysis. The JACMP Debates in Medical Physics series provides a unique platform to explore evolving, controversial, and conceptually chall...