Matteo Nardini, MSc

To evaluate whether a low-density HU-override strategy can reduce Acuros XB (AXB) optimizer over-compensation when air volumes overlap the planning target volume (PTV), while maintaining dose coverage and robustness at the air–tissue interface and reducing ho...

To develop an MRI-compatible, tissue-equivalent lung phantom with two embedded lesions capable of reproducing realistic breathing motion, including lesion displacement and tissue compression during the breathing cycle. This phantom enables advanced radiothera...