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. The GLIOFORCE team merges world-class expertise in biomedicine, physics, engineering and pharmacy to explore mechano-adaptation as a targetable vulnerability in the most aggressive brain cancer, Glioblastoma
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methodologies, with the goal of designing polymer injection molds. Specifically, the aim is to develop code that allows for the typological optimization of shaped cooling channels and to integrate this code with
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-efficient Brain-inspired Computing with Ionic Devices”/ University of Minho, ref. 2024.12826.MIT, financed by national funds through Foundation for Science and Technology (FCT, IP), under the following
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administration as well as in the research and education sector. The Department of Mathematical Sciences is one of seven departments in the Faculty of Information Technology and Electrical Engineering . Where
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, with the goal of designing polymer injection molds. Specifically, the aim is to develop code that allows for the optimization of shaped cooling channels and to couple this code with existing code and