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) are members of the MMX Science Team. The first goal of the PhD thesis is to prepare and participate in the instrument calibration at LIRA by simulating Mars atmosphere spectra and studying the instrument
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on the physical conditions (temperature, ionization fraction, abundances) in which low energy positrons annihilate. The aim of the PhD is to prepare the scientific analysis of positron annihilation signatures with
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of ion distribution functions from the Proton and Alpha Sensor that was built in France (IRAP, Toulouse). The developments performed will further be geared to prepare for the analysis of data from the ion
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30 April 2025: a statement of research experience, interests and motivations for this specific PhD project; a detailed curriculum vitae including a full list of educational qualifications and
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. The computational cost of carrying out such studies is very high. To overcome this computational limitation, we plan to develop DFT-quality interatomic potentials using a deep learning methodology based on neural
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those of the Mexican SSN national seismic network. The goal of our project is to develop alternative multi-scale 3D seismic models of the crust and depth of the Moho on the pilot sites of central and