INSP

INSP

Nanophotonics and quantum optics – Internships and Jobs


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Internships offers

Cooperative light emission from self-assembled semiconductor nano-objects
Supervisor : Laurent Coolen - laurent.coolen@insp.jussieu.fr
Keywords : Internship M2, Nano Photo-Phononics, and Quantum Technology - Gratification : Oui

Emission of single colloidal nanocrystals confined in a plasmonic nano-antenna
Supervisor : Agnès Maître / Thomas Pons - agnes.maitre@insp.upmc.fr / thomas.pons@espci.fr
Keywords : Experimental, Internship M2, Nano Photo-Phononics, and Quantum Technology - Gratification : Oui

Harvesting the Magnetic Field of Light at the Nanoscale – ERC Project
Supervisor : Mivelle Mathieu - mathieu.mivelle@sorbonne-universite.fr
Keywords : Internship M2, Magnetism and Physics of spin, Nano Photo-Phononics, and Quantum Technology - Gratification : Oui

Optically generated nanoscale magnetic field for ultrafast manipulation of magnetic domains – ERC Project
Supervisor : Mivelle Mathieu - mathieu.mivelle@sorbonne-universite.fr
Keywords : Internship M2, Magnetism and Physics of spin, Nano Photo-Phononics, and Quantum Technology - Gratification : Oui

Spectral broadening of single colloidal nano-emitter under high excitation
Supervisor : Agnès Maître - agnes.maitre@insp.upmc.fr
Keywords : Experimental, Internship M2, Nano Photo-Phononics, Quantum Technology, and Theorical - Gratification : Oui

 

PhD offers

  • Energy migration and collective fluorescence effects from self-assembled nanoparticles

    • Director(s): Laurent Coolen
    Funding:
    Status of the thesis: Experimental and Proposed thesis
    Team(s): Nonophotonics and quantum optics
    Thesis page of the team(s): Nonophotonics and quantum optics  
    Description:

  • Strong coupling of single quantum dot emission within plasmonic antenna modes

    • Director(s): Agnès Maître
    Funding: ANR Colime / ED
    Status of the thesis: Experimental, Nano Photo-Phononics, Proposed thesis, Quantum Technology, and Theorical
    Team(s): Nonophotonics and quantum optics
    Thesis page of the team(s): Nonophotonics and quantum optics  
    Description: https://www.edpif.org/fr/recrutement/prop2024/Prop_INSP_MAITRE.pdf

  • Thin films realized by glancing angle deposition for gaz sensing applications

    • Director(s): Bruno Gallas
    Funding: ED397
    Status of the thesis: Experimental and Proposed thesis
    Team(s): Nonophotonics and quantum optics
    Thesis page of the team(s): Nonophotonics and quantum optics  
    Description: https://adum.fr/as/ed/voirproposition.pl?langue=&matricule_prop=53969&site=edpcm

     

    Job offers