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, to proliferate on its surface and thus colonize the free space. We propose to design such a smart scaffold, first in silico. The Post-Doc will combine a topological optimization code with a mechanobiological model
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natural processes and technological applications, from atmospheric phenomena like rain clouds to industrial processes such as spray cooling of electronics. Due to their ubiquitous presence, droplets have
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) have shown promise in incorporating physical constraints into the learning process. Recent developments in geometric deep learning, graph NN and neural operators have further expanded the potential
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this paradigm to general history-dependent / rate-dependent behaviours still remains challenging and will be addressed in this project. The paradigm of model-free data-driven computational mechanics (DDCM
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or environment (air/soil/water quality) could emerge from these initial biomedical solutions and widen the scope of the project. The post-doc will be in charge of the developement of innovative biosensors
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. Selection process Université Gustave eiffel is looking for a candidate to prepare a joint application to the next Post-doctoral Fellowship call under the MSCA programme (deadline for the MSCA application
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. Such investigations rely on an original conjunction of experimental techniques and devices: magnetic resonance imaging, nuclear magnetic spectroscopy, confocal microscopy, optical tweezers, rheometry, acoustic
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. Integrated Platform Development and Pilot Demonstration - Design a prototype that combines energy harvesting modules with electroporation and ROS-based catalytic processes. - Optimize reactor design, including
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methods for processing, and analyzing. That is why, data-driven approaches are becoming increasingly popular in the localization and navigation domain due to their ability to address complex challenges
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encouraged. The post-doc will build analytical models describing the joint dynamics of quantum dots doped with single electrons and polarized light pulses propagating in the quantum regime of the interaction