INSP

INSP

PhD offers 2022

  • 2D/0D Heterostructure for IR Light Absorption/Detection

    • Director(s): Johan Biscaras (IMPMC) et Emmanuel Lhuillier
    Funding: Institut des Matériaux
    Status of the thesis: Proposed thesis and Thesis
    Team(s): Chemical Physics and Dynamics of Surfaces
    Thesis page of the team(s): Chemical Physics and Dynamics of Surfaces  
    Description: https://www.sorbonne-universite.fr/sites/default/files/media/2022-03/02744_153_imat-397-biscaras.pdf

  • Advanced superstructures of nanoparticles in liquid crystal topological defects

    • Director(s): Emmanuelle Lacaze
    Funding: ED 397 - Physique et Chimie des Matériaux
    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: http://www.ed397.upmc.fr/_attachments/sujets-2022-article-2/INSP_Lacaze.pdf?download=true

  • Elasticity of neuronal cells by pump-probe spectroscopy

    • Director(s): Laurent Belliard
    Funding: ED391 : Sciences mécaniques, acoustique, électronique & robotique
    Status of the thesis: Experimental and Proposed thesis
    Team(s): Acoustics for Nanosciences
    Thesis page of the team(s): Acoustics for Nanosciences  
    Description: https://w3.insp.upmc.fr/wp-content/uploads/2021/04/Proposition_these_complet_INSP_2021_En_Laurent_BELLIARD_ACOUST-1.pdf

  • Enhancement of optical activity in metallic nanostructures for the detection of biomolecules

    • Director(s): Bruno Gallas
    Funding: ED 397 - Physique et Chimie des Matériaux
    Status of the thesis: Proposed thesis
    Team(s): Nanostructures and Optics
    Thesis page of the team(s): Nanostructures and Optics  
    Description: http://www.ed397.upmc.fr/_attachments/sujets-2022-article-2/INSP_Gallas.pdf?download=true

  • Excess electrons in reducible TiO2 polymorphs: trapped or free states?

    • Director(s): Greg Cabailh and Rémi Lazzari
    Funding: ED397
    Status of the thesis: Experimental and Proposed thesis
    Team(s): Low-dimensional oxides
    Thesis page of the team(s): Low-dimensional oxides  
    Description: http://www.ed397.upmc.fr/_attachments/sujets-2022-article-2/INSP_Cabailh_TiO2.pdf?download=true

  • Formation of alumina thin films at the FeAl surface beyond the pressure gap

    • Director(s): Rémi Lazzari
    Funding: ED 397 - Physique et Chimie des Matériaux
    Status of the thesis: Proposed thesis
    Team(s): Low-dimensional oxides
    Thesis page of the team(s): Low-dimensional oxides  
    Description: http://www.ed397.upmc.fr/_attachments/sujets-2022-article-2/INSP_Lazzari_FeAl.pdf?download=true

  • Interaction between polydiacetylene monolayers and graphene oxide sheets

    • Director(s): Michel Goldmann
    Funding: ED 397 - Physique et Chimie des Matériaux
    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: http://www.ed397.upmc.fr/_attachments/sujets-2022-article-2/INSP_Goldmann.pdf?download=true

  • Kinetic Monte-Carlo simulations of the epitaxial growth of Graphene and TMDC on GeOI

    • Director(s): jean-Noël Aqua
    Funding: ANR
    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: http://./

  • Tensor-Network and Advanced Data Structure methods for the simulation of Open Quantum Dynamics in Energy Harvesting Materials and Machines

    • Director(s): Alex Chin
    Funding: ED PIF
    Status of the thesis: Proposed thesis
    Team(s): Photonics and coherence of spin
    Thesis page of the team(s): Photonics and coherence of spin  
    Description: https://www.edpif.org/fr/recrutement/prop.php#view50

  • Theoretical investigation of the growth of 2D silicene and germanene

    • Director(s): Jean-Noël Aqua
    Funding: ED 397 - Physique et Chimie des Matériaux
    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: http://www.ed397.upmc.fr/_attachments/sujets-2022-article-2/INSP_Aqua.pdf?download=true