interships
| Title | Education level | Speciality | Deadline | Duration | Unit |
|---|---|---|---|---|---|
| Improvement of ZnGeP2 crystals for infrared laser applications | Bac+5 | Physique de la matière condensée Irradiation with SIRIUS |
13/05/2021 | 4 mois | LSI |
| Temporal characterization of attosecond electron dynamics in crystals for petahertz electronics | Bac+5 | Interaction laser-matière XUV optics, RABBITT, photoelectron spectroscopy |
31/05/2021 | 5 mois | LIDYL/ATTO |
| Design of functionalized lipid-polymer nanoparticles prepared by a microfluidic method for chemo/photodynamic therapy of ocular cancers | Bac+5 | Chimie-physique Several characterization technics will be used such as Dynamic Light Scattering (DLS), Atomic Force Microscopy (AFM), confocal microscopy, Cryo-Transmission Electron Microscopy (Cryo-TEM), and Small Angle X-ray Scattering (SAXS). |
30/04/2021 | 6 mois | NIMBE/LIONS |
| Design by AI of optimal architectures for ultralight metamaterials resistant to fracture and deformation | Bac+5 | PHYSIQUE Machine learning, numerical simulation, beam model |
30/04/2021 | 4 mois | SPEC/SPHYNX |
| Microfluidic detection of crystal nucleation Intermediates during yttrium vandate (YVO4) nanoparticle synthesis in water | Bac+5 | CHIMIE Soft-lithography, microfluidics, optical microscopy, x-ray scattering |
25/06/2021 | 5 mois | NIMBE/LIONS |
| Development of a microfluidic system for single cell analysis of their content in tritium-labeled drugs | Bac+5 | Biophysique Microscopie optique (lumière blanche, épifluorescence). Imagerie beta |
03/05/2021 | 6 mois | NIMBE/LIONS |
| Towards optical cycle dynamics in solids. | Bac+5 | Interaction laser-matière Femtosecond lasers, optical pump probe techniques, synchronous detection. |
31/03/2023 | 4 mois | LIDYL/DICO |
| Theoretical study of graphene electrodes for Molecular Electronics | Bac+5 | Physique de la matière condensée Density Functional Theory (DFT), Green Keldysh formalism for non-equilibrium transport, tight-binding model |
30/04/2021 | 4 mois | SPEC/GMT |
| Multifunctionnal multiferroic oxynitride thin films for opto-electronics | Bac+5 | Physique des matériaux The candidate will address the UHV techniques associated with the growth by molecular beam epitaxy. The techniques that will be used are Reflexion High Energy Electron Diffraction (RHEED), Auger Electron Spectroscopy (AES), Photoemission core level spectroscopy (XPS), Piezo Force Microscopy (PFM), Low Energy Electron microscopy (LEEM), magnetic measurements (VSM), lithography and ferroelectric measurements at (C2N) and X-ray diffraction. |
30/04/2021 | 5 mois | SPEC/LNO |
| Strong coupling QED of quantum conductors | Bac+5 | Physique de la matière condensée RF circuit simulations, nano and microfabrication techniques, electrical measurements in cryogenic environments |
30/04/2021 | 6 mois | SPEC/GNE |
| 13 nm high order harmonic generation for nanometer scale resolution lensless imaging | Bac+5 | Laser Impulsions laser femtosecondes, Génération d'harmoniques |
07/05/2021 | 4 mois | LIDYL/ATTO |
| Generation of attosecond pulses carrying an orbital angular momentum | Bac+4/5 | Interaction laser-matière Ultra short lasers High Harmonic Generation Orbital Angular Momentum of light Interferometers Charged particle detectors Vacuum methods Modelling (Python) |
28/05/2021 | 3 mois | LIDYL/ATTO |
| Sub-micron imaging of the different orders in multiferroics | Bac+5 | Physique de la matière condensée Optical microscopy, ultra-fast lasers, oxide deposition |
30/04/2021 | 4 mois | SPEC/LNO |
| Fight against climate change: atmospheric CO2 capture with nanofluids | Bac+5 | Physique des liquides X-ray scattering, optical microscopy, nucleation theories |
28/05/2021 | 6 mois | NIMBE/LIONS |
| Matériaux poreux en systèmes microfluidique pour des applications médicales | Bac+5 | CHIMIE Ce stage permettra d’intégrer des compétences à l’interface entre la chimie des matériaux et la microfluidique, et offrira la possibilité de découvrir des méthodes et techniques variées, comme le procédé Sol-Gel, la préparation de puces microfluidiques en salle propre et la gestion de micro débits de fluides, la microscopie optique et électronique (MEB/MET), la porosimétrie, et la spectrométrie de masse à haute résolution (MALDI-TOF). |
30/04/2021 | 6 mois | NIMBE/LEDNA |
| Matériaux poreux en systèmes microfluidiques pour la détection de gaz | Bac+5 | CHIMIE Ce stage permettra de développer des compétences à l’interface entre la chimie des matériaux et la microfluidique, et offrira la possibilité de découvrir des méthodes et techniques variées, comme le procédé Sol-Gel, la préparation de puces microfluidiques en salle propre, la gestion de micro débits de fluides, la spectrophotométrie UV-Vis, la microscopie optique et électronique (MEB), la porosimétrie. |
30/04/2021 | 6 mois | NIMBE/LEDNA |
| Local magnetic microscopy with magnetoresitive sensor integration | Bac+5 | PHYSIQUE Magnetic microscopy, microfabrication, magnetotransport measurements |
01/06/2021 | 6 mois | SPEC/LNO |
| Polymer and hybrid nano-objects under irradiation | Bac+4/5 | CHIMIE Polymer synthesis, organic chemistry, SEC, UV and FTIR spectroscopies, TGA, light scattering, etc... |
30/06/2021 | 6 mois | NIMBE/LICSEN |
| Mineral nanodroplets: impact study for rare-earth separation | Bac+5 | CHIMIE Solution chemistry, cryo-electron transmission microscopy, luminescence spectroscopy, small-angle X-ray scattering in lab and synchrotron |
30/04/2021 | 6 mois | NIMBE/LIONS |
| Bacteriostatic polymer surfaces | Bac+4/5 | CHIMIE Polymer chemistry, FTIR, size-exclusion chromatography, contact angle, microscopy, profilometry, XPS |
30/04/2021 | 6 mois | NIMBE/LICSEN |
| Automatized synthesis of nanoparticles | Bac+5 | Chimie des matériaux Small-angle X-ray scattering, Python coding, nucleation/growth theories |
30/04/2021 | 6 mois | NIMBE/LIONS |
| Ultrafast pure spincurrent transport through antiferromagnets | Bac+5 | Physique de la matière condensée Pulsed laser deposition, ultra-fast optical measurements |
30/04/2021 | 4 mois | SPEC/LNO |
