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Rank #136 · 7 unique linked submissions.
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Motion-related effects remain a critical source of uncertainty in proton and carbon ion therapy. Sharp dose gradients, combined with the inherent sensitivity of the particle range, make dose delivery particularly susceptible to temporal variations. This syste...
To quantify the effect of interfractional anatomic variation on dose-averaged linear energy transfer (LETd) in head-and-neck intensity-modulated proton therapy (IMPT), and to determine whether daily adaptive proton therapy (APT) further alters LETd compared w...
Synthetic CT (sCT) generation from cone-beam CT (CBCT) enables accurate online adaptive radiotherapy, to account for daily anatomical and positioning variability in radiotherapy. We introduce two models for CBCT-to-sCT generation: to the best of our knowledge...
Therapy Physics
Ultra-fast imaging and delivery are rapidly transforming particle therapy, opening new directions for both FLASH and non-FLASH high-dose-rate treatments. This symposium aims to update the community on the accelerating progress in ultra-fast beam delivery, adv...
Therapy Physics
Deep learning-based dose prediction has emerged as a transformative approach for rapid radiotherapy planning. However, these models typically operate as "black boxes," providing only deterministic predictions without quantifying output reliability. This lack...