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PhD thesis

  • Investigation of Lanthanide Salt Interactions with Lipid Systems

    MMB : Soft matter and complex fluids
    Paris-Saclay Sciences Chimiques: Molécules, Matériaux, Instrumentation et Biosystèmes (2MIB) Saclay
    Lanthanide–lipid interactions have gained significant attention due to their importance in biophysical and technological applications, including magnetic resonance imaging, fluorescence-based cell…
  • CONTEXT: strain – texture neutron instrumentation for ICONE

    NFMQ : Radiation-matter interactions
    Paris-Saclay Ondes et Matière (EDOM) Saclay
    The CEA and the CNRS have launched an initiative to design a new neutron source using low-energy proton accelerators, the ICONE project. The objective is to build a facility that will offer an…
  • Explainable AI for interpretation of Small Angle Scattering

    MMB : Soft matter and complex fluids
    Paris-Saclay Sciences Chimiques: Molécules, Matériaux, Instrumentation et Biosystèmes (2MIB) Saclay
    The PhD will be conducted in two laboratories at Paris-Saclay: one group with expertise in artificial intelligence developed over many years, MIA-PS (INRAE), and another in the physics of matter –…
  • Understanding the signals emitted by moving liquids

    NFMQ : Mesoscopic physics
    Paris-Saclay Ondes et Matière (EDOM) Saclay
    Elasticity is one of the oldest physical properties of condensed matter. It is expressed by a constant of proportionality G between the applied stress (s) and the deformation (?): s = G.? (Hooke’s…
  • OCTOCHLORE MAGNETS

    NFMQ : Solid state physics, surfaces and interfaces
    Paris-Saclay Physique en Île-de-France (EDPIF) Saclay
    In recent years, progress in the field of frustrated magnets have led to the emergence of innovative concepts including new phases of matter. The latter’s do not show any long-range order (no…
  • LOW THERMAL CONDUCTIVITY MECHANISMS IN RARE-EARTH OXIDES

    NFMQ : Solid state physics, surfaces and interfaces
    Paris-Saclay Physique en Île-de-France (EDPIF) Saclay
    Understanding the parameters which determine the magnitude of thermal conductivity (k) in solids is of both fundamental and technological interests. k is sensitive to all quasiparticles carrying…
  • New concepts for cold neutron reflectors

    INFRA : Radiation-matter interactions
    Paris-Saclay Ondes et Matière (EDOM) Saclay
    The CEA and the CNRS have launched an initiative to design a new neutron source using low-energy proton accelerators, the ICONE project [1]. The goal is to build a facility that will provide an…