Author profile
Department of Radiation Oncology, Stanford University School of Medicine
Sparse detector arrays commonly used for patient-specific radiotherapy quality assurance (QA) cannot provide complete spatial dose distribution measurements, leading to uncertainties particularly in high-gradient dose regions.The goal of this project is to de...
The significant tissue-sparing advantages of upright proton therapy (UPT) make it an appealing treatment for pediatric patients, yet its widespread use is limited by the lack of a commercially available solution for upright anesthesia-assisted treatment. Addi...
Secondary electron range constrains standard 6MV radiotherapy to 80%-20% dose penumbra of ~2.4–3 mm, limiting conformity and organ sparing. Photon FLASH likely necessitates even larger penumbra, which is potentially problematic as the dose rates can be non-FL...