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algorithms, development of the readout electronics for the photo-detection system, and development of the analysis framework for an analysis of oscillations in DUNE using atmospheric neutrinos. Over the next
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to achieve the first optical cooling of a nanoparticle to its fundamental quantum state. This new architecture will also be used to prepare the nanoparticle in non-classical (i.e., quantum) vibrational states
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state evolution of Mn as a function of applied potential. - Identification of mechanisms limiting the stability and cyclability of the material. 2) Electrochemical Measurements - Investigation
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part of the research project TrIsOr “Circulation and provenance of gold coins in medieval periods traced through the development of measurements of isotopes of lead, copper and iron in situ”. It is
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, particle accelerators, energy and the environment and health. IJCLab has very significant technical capacities (around 280 IT) in all the major fields required to design, develop / implement the experimental
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part of a collaborative work between two groups with complementary expertise on seed development and maturation in Arabidopsis and maize (RDP-LYON) and on seed dormancy and germination (IBPS-PARIS). Seed
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research teams and 11 technical platforms and services. IBDM is a joint research unit under the supervision of CNRS and AMU, exploring the field of developmental biology and associated pathologies
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be explored by these space missions; (ii) to contribute to the development of a measurement instrument combining, within a single common instrumental device, different complementary in situ diagnostic
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to train students in Terahertz Biosensing. The driving force for TeraIBs - is to develop a radically new technology based on Terahertz (THz) radiation for biomedical detection and diagnosis, based on a team
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), this PhD aims to develop new approaches for multi-omic analysis via artificial intelligence. The doctoral researcher (M/F) will be tasked with designing an innovative linguistic agent system, interacting