Jean-Emmanuel GROETZ

Jean-Emmanuel GROETZ is a Professor at the University of Franche-Comté (UFC), affiliated with the Chrono-environment research unit (UMR 6249 CNRS/UFC). His primary affiliations are with the departments GEODE and POLLUTION. He specializes in Radiochemistry, Experimental Nuclear Physics, Digital Physics, and Instrumentations and Detectors. His research focuses on radiation dosimetry, material interactions under radiation, and environmental radioactivity assessment.

His work spans interdisciplinary areas, including radiolytic processes in water and zeolites, neutron and alpha particle therapy, and the development of advanced detection technologies. Recent studies address targeted radionuclide therapy using α-emitters, radiation effects on nanomaterials like CNT wires, and environmental impacts of radioactive contaminants in phosphates and tobacco plants. He collaborates with institutions like CERN and employs techniques such as Monte Carlo simulations and ab initio molecular dynamics.

Key contributions include advancements in detector design for alpha spectrometry, calibration methods for radiation detection, and understanding secondary radiations' biological impacts. He advises students like Noah Perreau and contributes to labs focused on radiation physics and environmental science.

His publications reflect expertise in dosimetry, material science under radiation, and instrumentation, with applications in medical physics, environmental monitoring, and nuclear engineering.