Chemical Physics and Dynamics of Surfaces – Internships and Jobs


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Epitaxial growth of stanene
Supervisor : Geoffroy Prévot - prevot@insp.jussieu.fr
Keywords : Experimental and Internship M2 - Gratification : Oui

Epitaxy of germanene on silver: a kinetic Monte-Carlo study
Supervisor : Jean-Noël Aqua - aqua@insp.jussieu.fr, 01 44 47 57 97
Keywords : Internship M2 and Theorical - Gratification : Oui

Influence of the perfluorinated block length on the self-assembling properties of semifluorinated alkanes at the water surface
Supervisor : Michel Goldmann & Marie-Claude Fauré - Michel.Goldmann@insp.jussieu.fr, 01 44 27 45 20
Keywords : Experimental and Internship M2 - Gratification : Oui

Infrared electroluminescence using nanocrystals
Supervisor : Emmanuel LHUILLIER - el@insp.upmc.fr
Keywords : Experimental and Internship M2 - Gratification : Oui

Nanocrystal- based infrared sensor with designed light matter coupling
Supervisor : Emmanuel LHUILLIER - el@insp.upmc.fr
Keywords : Experimental and Internship M2 - Gratification : Oui

Spatiotemporal Energy Transport in Advanced Energy Materials
Supervisor : James K. Utterbak - james.utterback@insp.jussieu.fr
Keywords : Experimental and Internship M2 - Gratification : Oui

Structural and electronic properties of a new class of organic semi-conductors for flexible electronics
Supervisor : Nadine Witkowski - Nadine.witkowski@upmc.fr
Keywords : Experimental and Internship M2 - Gratification : Oui

Study the energy landscape of a 2D-based device in operando using spatially resolved X-ray photoemission spectroscopy
Supervisor : Debora PIERUCCI - pierucci@insp.upmc.fr
Keywords : Experimental and Internship M2 - Gratification : Oui

 

PhD offers

  • Coarsening of foam made from granular matter and yield stress fluid

  • Director(s): Sylvie COHEN-ADDAD (sylvie.cohen-addad@insp.upmc.fr) and Olivier PITOIS (olivier.pitois@univ-eiffel.fr)
    Funding: Centre National d’Études Spatiales, Doctoral School Physique en Ile-de-France (www.edpif.org)
    Status of the thesis: Experimental and Proposed thesis
    Team(s): Chemical Physics and Dynamics of Surfaces
    Thesis page of the team(s): Chemical Physics and Dynamics of Surfaces
    Description: https://w3.insp.upmc.fr/wp-content/uploads/2024/02/PhD-2024-INSP-Foams.pdf

  • Composites nanoparticles/liquid crystals for new kinds of photovoltaic devices

  • Director(s): Emmanuelle LACAZE (emmanuelle.lacaze@insp.jussieu.fr ; +33 (0)1 44 27 46 54)
    Funding: Ecole Doctorale
    Status of the thesis: Experimental and Proposed thesis
    Team(s): Chemical Physics and Dynamics of Surfaces
    Thesis page of the team(s): Chemical Physics and Dynamics of Surfaces
    Description: https://w3.insp.upmc.fr/wp-content/uploads/2024/02/PhDEL_Eng.pdf

  • Epitaxy of germanene on silver: theory and simulation

  • Director(s): Jean-Noël AQUA (aqua AT insp.jussieu.fr)
    Funding:
    Status of the thesis: Proposed thesis and Theorical
    Team(s): Chemical Physics and Dynamics of Surfaces
    Thesis page of the team(s): Chemical Physics and Dynamics of Surfaces
    Description: https://w3.insp.upmc.fr/wp-content/uploads/2024/02/2024-thesis-germanene.pdf

  • Exploring 2D topological insulators with epitaxial stanene

  • Director(s): Geoffroy PREVOT (prevot@insp.jussieu.fr) ; Romain BERNARD (romain.bernard@insp.jussieu.fr)
    Funding: Doctoral school (ED397)
    Status of the thesis: Proposed thesis
    Team(s): Chemical Physics and Dynamics of Surfaces
    Thesis page of the team(s): Chemical Physics and Dynamics of Surfaces
    Description: https://w3.insp.upmc.fr/wp-content/uploads/2024/02/StaneneThesisAbstract_2024_ED397.pdf

  • Interactions between nanoparticles and liquid crystal topological defects studied by advanced synchrotron experiments

  • Director(s): Emmanuelle LACAZE (emmanuelle.lacaze@insp.jussieu.fr ; +33 (0)1 44 27 46 54)
    Funding: Ecole Doctorale
    Status of the thesis: Experimental, Proposed thesis, and Theorical
    Team(s): Chemical Physics and Dynamics of Surfaces
    Thesis page of the team(s): Chemical Physics and Dynamics of Surfaces
    Description: https://w3.insp.upmc.fr/wp-content/uploads/2024/03/PhD2_EN.pdf

     

    Job offers