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bilayer graphene now promote graphene-based systems as a privileged platform to identify, study, and stabilize these new states of matter. His or her main task will be to perform transport and magnetic
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the lifespan of sodium-ion supercapacitors while maintaining optimal energy and power densities. Main tasks: - Setting up operando/in-situ characterizations for the study of electrodes and their interactions
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for electricity will increase significantly for energy, transport and heating/cooling systems. To this end, most countries consider clean and intermittent renewable energies (such as wind and solar) as the main
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flow) and in solids (porous, granular or composite materials, vibrating structures) as well as the coupling mechanisms. The main objective is to understand the physical phenomena involved, with emphasis
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to limit contamination in aquatic environments in arid/semi-arid zones of the Mediterranean basin (https://iprem.univ-pau.fr/fr/collaborations/projets-de-recherche/maewa… ). The main source of pollution in
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between these three missions, and carrying out statistical studies to establish the main trends in the response of the magnetotail to CME impacts. Similarly, for the study of plasma jets, the aim will be
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capacity. However, obtaining widespread estimates of surface Ocean CO2 levels in the Southern Ocean is challenging. The main goal of this postdoc position is to examine critically how the float observations
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The main activities will be: • Perform (in situ) electron holography experiments • Study the nanoscale physics of thin films and devices • Accompany external users in TEM experiments • Develop novel forms