Background Hybrid proton‐photon radiotherapy (RT) can provide better plan quality than
proton or photon only RT, in terms of robustness of target coverage and sparing of organs‐at …

In the last decades, important technological progress has been made to enhance the quality
and efficiency of particle therapy treatments. Continuous improvements in dose delivery …

Objective. The computational effort to perform beamlet calculation, plan optimization and
final dose calculation of a treatment planning process (TPP) generating intensity modulated …

Objective. Hybrid proton-photon radiotherapy (RT) is a cancer treatment option to broaden
access to proton RT. Additionally, with a refined treatment planning method, hybrid RT has …

Objective. Electron arcs in mixed-beam radiotherapy (Arc-MBRT) consisting of intensity-
modulated electron arcs with dynamic gantry rotation potentially reduce the delivery time …

Background Non‐coplanarity and mixed beam modality could be combined to further
enhance dosimetric treatment plan quality. We introduce dynamic mixed beam arc therapy …

Purpose This study explores the dosimetric feasibility and plan quality of hybrid ultra-high
dose rate (UHDR) electron and conventional dose rate (CDR) photon (HUC) radiotherapy …