Researchers have used methods from high-performance computing to significantly reduce the time it takes to reconstruct images acquired through four-dimensional magnetic resonance imaging (4D-MRI), a ...

Conceptual comparison between (A) a traditional 2D grid radiation field and (B) 3D LATTICE radiotherapy, where focused beams are used to form a dose lattice. (Courtesy: CC BY 4.0/Cureus 10.7759/cureus ...

As well as discussing the benefits that Plan AI brings to radiotherapy patients and cancer treatment centres, they examine its evolution from an idea developed by an academic collaboration to a ...

The use of radiation in medicine is continuously evolving, due to clinical and technological developments. New imaging and therapy modalities require accurate dosimetry and comprehensive quality ...

Advance your career in radiation safety with the Master of Science in Radiological Sciences and Protection at UMass Lowell. Designed for full-time and part-time students, this interdisciplinary ...

The application of physics principles, methods, and techniques in clinical practice and research has revolutionized the entire medical science field to improve human health and overall wellbeing.

The IAEA’s expertise in medical physics and dosimetry is enhancing the capacities of countries around the globe to use ionizing radiation in medical procedures safely and effectively, the Scientific ...

All trainees entering the Radiation Oncology Physics Residency program are required to satisfy the CAMPEP standards for program admission. That is, individuals must have acquired a strong foundation ...

The UAB Department of Radiation Oncology’s Medical Physics Residency Program is proud to offer a comprehensive residency program that produces experts in radiation oncology physics. Our goal is to ...