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-guided radiation therapy, adaptive radiotherapy, radiomics for treatment response assessment, and bio-physical modeling for treatment planning, with the following functions: Plan, design and execute
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-guided radiation therapy, adaptive radiotherapy, radiomics for treatment response assessment, and bio-physical modeling for treatment planning, with the following functions: Plan, design and execute
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of Physics Research at the University of Maryland and an adjunct Professor at Duke University. Dr. Ren’s group works on AI-based radiotherapy research with a strong focus on clinical translation. His
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optimization algorithms related to radiotherapy for cancer and other related diseases. Specifically address FLASH therapy, proton ARC therapy and spatially fractionated therapy. Job Duties Outlined: Conduct
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optimization algorithms related to radiotherapy for cancer and other related diseases. Specifically address FLASH therapy, proton ARC therapy and spatially fractionated therapy. Job Duties Outlined: Conduct
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. The proton modality will be a hybrid between 1. proton radiotherapy; 2. protondynamic therapy (https://doi.org/10.1038/s41467-019-12042-7 ) and 3. proton boron capture therapy. The neutron modality will be a
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to radiotherapy for cancer and other related diseases and to specifically address FLASH therapy, proton ARC therapy and spatially fractionated therapy Job Duties Outlined: Conduct research applying computational
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to radiotherapy for cancer and other related diseases. Specifically address FLASH therapy, proton ARC therapy and spatially fractionated therapy Job Duties Outlined: Conduct research applying computational