Luke Clews
Papers
1
Total Citations
23
H-Index
1
About
Luke Clews is a medical physicist whose research centers on radiation dosimetry and quality assurance in radiotherapy, with a particular focus on electronic portal imaging devices (EPIDs). His most cited work, a 2009 study on Monte Carlo-based adaptive EPID dose kernels, addresses a critical challenge in radiotherapy: the field size-dependent response of amorphous silicon imagers. By developing an efficient method to generate imager-specific dose kernels and determining effective backscattering thicknesses, Clews provided a practical solution for improving EPID-based dose verification—a key tool for ensuring treatment accuracy. This contribution, cited 23 times, has helped lay groundwork for more reliable in vivo dosimetry in cancer therapy. Clews’ research bridges computational modeling and clinical application, making him a notable figure in the advancement of image-guided radiotherapy. His work continues to influence efforts to enhance patient safety and treatment precision, underscoring his role in refining the tools that modern radiation oncology depends on.
Research Focus
Key Achievements
Top Papers
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