Amy Shu-Jung Yu, PhD

The ability to monitor and manage target motion in real time is rapidly becoming a cornerstone of precision radiation therapy. As institutions expand adaptive treatment programs, hypofractionation, and tighter margins, the clinical demand for robust motion ma...

Quality management at multicenter institutions takes on unique challenges when compared to that at standalone sites. With the trend towards institutions merging, the climate within several physics departments is taking on a new paradigm—quality assurance cann...

Abstract: Since its publication in 2019, AAPM TG-203 has been used as a guide for physicists to assess the risks to cardiac implantable electronic devices (CIEDs) from radiation therapy treatments. There have been several new technological advances in radiati...

Imaging lies at the core of stereotactic radiosurgery (SRS), defining the geometric and biological precision required to safely deliver ablative doses to intracranial targets. Rapid advances in image acquisition, integration, and analysis are transforming eve...

It can be a daunting task to start a new high-dose rate (HDR) or low-dose rate (LDR) brachytherapy program or to join an established program and realize updates are necessary. With many brachytherapy task groups and medical physics practice guidelines publish...

Task Group (TG) reports are without any doubt one of the most important scientific deliverables of the AAPM. The number of TG reports especially under Therapy Physics Committee (TPC) has exponentially increased the last few year. However, challenges and compl...