Several recent developments in linear accelerator–based radiation therapy (RT) such as fast
multileaf collimators, accelerated intensity modulation paradigms like volumeric modulated …

Stereotactic body radiotherapy (SBRT) for lung tumours has been gaining wide acceptance
in lung cancer. Here, we review the technological evolution of SBRT delivery in lung cancer …

Background and purpose There is no consensus about an ideal robust optimization (RO)
strategy for proton therapy of targets with large intrafractional motion. We investigated the …

The application of high precision hypofractionated regimes (aka stereotactic body
radiotherapy (SBRT)) to the treatment of lung cancer is a 'success story'of radiotherapy …

Purpose The unpredictable interplay between dynamic proton therapy delivery and target
motion in the thorax can lead to severe dose distortions. A fraction‐wise four‐dimensional …

Proton beams have been used for cancer treatment for more than 28 years, and several
technological advancements have been made to achieve improved clinical outcomes by …

Organ motion as a result of respiratory and cardiac motion poses significant challenges for
the accurate delivery of radiotherapy to both the thorax and the upper abdomen. Modern …

Radiation therapy is one of the main modalities for cancer treatment. New radiotherapy
techniques provide conformal radiation dose distribution and need higher accuracy in …

As we were invited to write an article for celebrating the 50th Anniversary of Medical Physics
journal, on something historically significant, commemorative, and exciting happening in the …

Abstract Knowledge of the imaging doses delivered to patients and accurate dosimetry of
the radiation to organs from various imaging procedures is becoming increasingly important …