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implementation of models of the plasmonic response – both linear and non-linear – based on the equations of quantum hydrodynamics (QHD), the implementation of the corresponding numerical codes and their
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the literature, as has been done in Bey-Zekkoub et al. (2025). The developed code will enable contaminants to be traced. Finally, using an inverse problem approach, the model will also make it possible to identify
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will work directly with Prof. Aurélie Perrier, specialist in computational photochemistry, and will interact closely with all members of the SIMULACTOR consortium. The quantum chemistry codes required
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-field code, written in the Cuda C language and parallelized on a single GPU (Graphical Processor Unit). A parallelization on multiple GPUs would be a welcome development during the thesis. Where to apply
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will use and develop Python scripts for analysing results and may participate in the development of codes such as the observation simulator and the improvement of the controller. The proposed thesis will
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relevant to the field - programming/coding in Python (Pytorch) - presentation of results at conferences - interaction with team members and international collaborators Degree : Master of Physics, data
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Av. Blaise Pascal Postal Code 69000 E-Mail sandro.bimonte@inrae.fr Phone 0473440666 STATUS: EXPIRED X (formerly Twitter) Facebook LinkedIn Whatsapp More share options E-mail Pocket Viadeo Gmail Weibo