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physics is especially interesting due to the presence of exotic excitations, potentially non-Abelian. The TensQHE project aims to develop modern numerical tools based on tensor networks, within an open
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generally based on fluorophores with different emission wavelengths. However, it is also possible to use the emission lifetime to create a contrast. For example, FLIM (Fluorescence-lifetime imaging microscopy
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and synchrotron-based experiments, in order to identify the possible presence of organized interstitial oxygens; • Working in close collaboration with the project's theoreticians to interpret
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. The approach combines theoretical developments, experimental observations and advanced modeling. More and more technologies, implemented in nowadays devices or foreseen in next-generation ones, are or will be
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with the main field of application being topological photonics based on microcavities. Analytical calculations Numerical calculations Analysis of experimental data The work will be carried out
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Additional Information Eligibility criteria The candidate should have a PhD in Biology/Evolutionary Biology and skills in bioinformatics and macroevolution (ideally models of phenotypic evolution
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-T-fO2-aH2O. These experimental constraints will allow building novel geochemical and geodynamic models linking the shallow felsic crust production, segregation with mantle-crust differentiation and
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research is based on recognized expertise in synthesis, structural and chemical characterization at the nanoscale, micro- and nanomagnetism, spin dynamics, and atomic-scale modeling. Where to apply Website
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parameters for Earth-like models of the WP3. This reconstruction will be constrained by available literature data (implying a synthesis of paleoenvironmental information, sea level variations, nature
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symmetry in the beta decay of radioactive ions. It is based on the measurement of the D angular correlation [1,2] between the recoil nucleus and the emitted positron in the decay of highly polarized ions