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: AI-Powered Biomechanical Profiling and Fatigue-Driven Risk Mitigation". This project seeks to develop innovative injury prevention strategies for non-contact sports injuries (e.g., ACL/hamstring) by
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2D materials such as transition metal dichacegonides. This includes the development of new advanced experimental tools involving optical spectroscopy (IR, Raman and PL) as well as electron spectroscopy
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2D materials such as transition metal dichacegonides. This includes the development of new advanced experimental tools involving optical spectroscopy (IR, Raman and PL) as well as electron spectroscopy
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Informatics, etc. We expect from all applicants: Deep interest in and enthusiasm for scientific work. A critical and analytical mind. Strong communication, data presentation and visualisation skills. Ability