E. von Schubert
Papers
1
Total Citations
58
H-Index
1
About
E. von Schubert is a leading researcher in medical physics, specializing in motion management for advanced radiation therapy, particularly with scanned ion beams. Their major contribution lies in developing and validating experimental tools to study the “interplay effect”—the detrimental interaction between tumor motion and dynamic beam delivery that can cause severe dose errors. Von Schubert’s most cited work, “A breathing thorax phantom with independently programmable 6D tumour motion for dosimetric measurements in radiation therapy” (2012, 58 citations), introduced a sophisticated phantom enabling realistic, six-degree-of-freedom tumor motion simulation. This innovation allowed precise dosimetric evaluation of motion mitigation techniques such as gating, beam tracking, and rescanning, providing critical data for clinical implementation. By creating a reproducible platform to quantify under- and overdosages in moving targets, von Schubert’s research has directly informed safer, more effective treatment strategies for lung and abdominal cancers. Their work bridges engineering and clinical oncology, offering essential insights for physicists and clinicians striving to improve precision in particle therapy.
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