Bram L. Gorissen
Papers
1
Total Citations
10
H-Index
1
About
Bram L. Gorissen is a leading researcher in the optimization of proton therapy, with a focus on making advanced cancer treatment more accessible and cost-effective. His key research areas include treatment plan optimization, pencil beam scanning (PBS), and the engineering of compact proton therapy systems. Gorissen’s major contribution is his rigorous analysis of whether gantry-less proton therapy systems—which are smaller and less expensive—can achieve clinical outcomes comparable to traditional rotating gantry systems. In his highly cited 2021 technical note, he demonstrated that the superior dosimetric control of PBS, combined with robotic patient positioning, could potentially eliminate the need for a costly gantry in treating head-and-neck and brain tumors. This work has garnered over 10 citations and has sparked critical discussions in the medical physics community about reducing capital costs while maintaining treatment precision. Gorissen’s research bridges the gap between computational optimization and practical clinical implementation, offering a path toward more widespread adoption of proton therapy. His insights are invaluable for students and researchers interested in the intersection of radiation oncology, physics, and health economics.
Research Focus
Key Achievements
Top Papers
- 1