Les stages
| Title | Education level | Speciality | Deadline | Duration | Unit |
|---|---|---|---|---|---|
| Self-sustained meniscus oscillation in a capillary caused by evaporation/condensation: pulsating heat pipe | Bac+3 | Mécanique des fluides |
30/04/2020 | 3 mois | SPEC/SPHYNX |
| Material magnetic propeties study with a magnetic microscope and simulations | Bac+4/5 | PHYSIQUE Ferromagnetic materials Scanning probe microscope Magnetic sensors |
10/04/2020 | 6 mois | SPEC/LNO |
| Synthèse et étude de nanomatériaux semiconducteurs bidimensionnels (MoS2, SnS2) | Bac+4/5 | Physique des matériaux CVD, AFM, MEB, XPS, lithographie optique et électronique, mesures électriques |
28/02/2020 | 5 mois | NIMBE/LICSEN |
| Excited states deactivation in model proteins chains: Non-adiabatic dynamics and ab initio methods | Bac+4/5 | Physique moléculaire During the course, the candidate will be trained in methods calculating excited states as well as to use quantum chemistry softwares: Turbomole (CC2 and ADC(2) methods) and NEWTON-X (Non-adiabatic dynamics). |
03/04/2020 | 4 mois | LIDYL/SBM |
| Polymer and hybrid nano-objects under irradiation | Bac+4/5 | CHIMIE Polymer synthesis, organic chemistry, SEC, UV and FTIR spectroscopies, TGA, light scattering, etc... |
30/04/2020 | 6 mois | NIMBE/LICSEN |
| Bacteriostatic polymer surfaces | Bac+4/5 | CHIMIE Polymer chemistry, FTIR, size-exclusion chromatography, contact angle, microscopy, profilometry, XPS |
30/04/2020 | 6 mois | NIMBE/LICSEN |
| Functionalization and assembly of gold nanoparticles for plasmonics and nanomedicine. | Bac+4/5 | CHIMIE Chimie colloïdale et chimie sol-gel. Microscopies électroniques MEB et TEM. Spectroscopie d'extinction. |
15/04/2020 | 6 mois | NIMBE/LEDNA |
| Probing Kinetic Inductance Fluctuations in Superconducting Nanoresonators | Bac+5 | Physique de la matière condensée Numerical simulation, nanofabrication, cryogenics, microwave measurements |
29/04/2020 | 4 mois | SPEC/GQ |
| Physicochemical description of pearl oyster biocrystallization | Bac+5 | Chimie minérale Titration, optical microscopy, Raman/ IR spectromicroscopy, cryo-TEM |
21/04/2020 | 4 mois | NIMBE/LIONS |
| Local magnetic microscopy with magnetoresitive sensor integration | Bac+5 | PHYSIQUE Magnetic microscopy, microfabrication, magnetotransport measurements |
27/03/2020 | 6 mois | SPEC/LNO |
| Water photo-electrolysis assisted by a perovskite ferroelectric layer | Bac+5 | Physique de la matière condensée Auger, XPS, Photo-electrochemistry |
30/07/2020 | 6 mois | SPEC/LNO |
| 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 |
26/04/2020 | 4 mois | SPEC/GMT |
| Measurement of accidental radiation exposure by radio-induced defects in smartphones screens | Bac+5 | Physique des matériaux RPE - Phototoluminescence - Thermoluminescence |
27/03/2020 | 5 mois | LSI |
| N doped BaTiO3 multifunctionnal thin films for opto-electronics and energy transition | 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), a photoelectrocatalytic water-splitting setup, and eventually magnetic measurements (VSM), lithography (at C2N) and X-ray diffraction. |
30/04/2020 | 5 mois | SPEC/LNO |
| Electron tunneling time and its fluctuations | Bac+5 | Physique de la matière condensée Ultra-low noise DC and RF electrical measurements microwave design - Clean-room fabrication of nanostructured semiconducting circuits - Cryogenics |
30/05/2020 | 6 mois | SPEC/GNE |
| Thermal relaxation characterization of densified amorphous silica | Bac+5 | Physique des matériaux Thermal treatments, Raman and infra-rouge spectroscopies, |
27/03/2020 | 5 mois | LSI |
| TMR sensors for brain imaging | Bac+5 | Physique de la matière condensée Physical measurements - Magnetic transport - Noise measurements - Microfabrication |
28/02/2020 | 4 mois | SPEC/LNO |
| Chimie bioinorganique et gels de protéine : formation in situ de carbonate de calcium . | Bac+5 | CHIMIE Les structures nanocomposites ainsi obtenues seront caractérisées par spectrométrie UV visble, IR , fluorescence, raman et diffusion de rayonnement. |
30/03/2020 | 6 mois | NIMBE/LIONS |
| Tip functionalization for atomic force microscopy | Bac+5 | Physique de la matière condensée Fiber pulling with Co2 laser Optical microscopy Electronic microscopy Nano/micro fabrication in clean-room Micromanipulation |
30/03/2020 | 6 mois | SPEC/LEPO |
| Synthesis and optical properties of graphene nanoparticles | Bac+5 | Chimie organique Synthèse organique, RMN, spectrométrie de masse. |
27/03/2020 | 5 mois | NIMBE/LICSEN |
| Functionalization of carbon nanotubes and graphene for organic electronic and energy applications | Bac+5 | Chimie organique RMN, spectrometrie de masse, microscopie électronique (MEB, TEM), microscopie à force atomique (AFM). |
27/03/2020 | 5 mois | NIMBE/LICSEN |
| Sulfur-assisted molecular folding : characterisation of the intramolecular interactions of foldamers by atomic scale modelling | Bac+5 | CHIMIE During the course, the candidate will be trained to use several softwares dedicated to : - calculation of molecular structures, at the force field (AMBER, TINKER) and quantum chemistry (TURBOMOLE) levels, - calculation of the frequencies of the vibration modes of the molecules (Turbomole). - visualization of structures (Discovery Studio) and of intramolecular interactions (NCI-plot) |
28/02/2020 | 4 mois | LIDYL/SBM |
| Peut-on simuler le climat sur un ordinateur portable ? | Bac+5 | Hydrodynamique Le cœur de ce stage est numérique, mais des développements théoriques sur théorie de la turbulence via le formalisme multi-fractal et les ondelettes pourront être effectués. |
03/04/2020 | 4 mois | SPEC/SPHYNX |
| “Fine structure” of a superconducting circuit: Manipulation of the spin of a single electron | Bac+5 | Physique de la matière condensée Low temperatures, low-noise and microwave measurements, nanofabrication. |
04/04/2020 | 6 mois | SPEC/GQ |
| Generation of attosecond pulses for the study of ultrafast gas ionization | Bac+5 | Interaction laser-matière Intense femtosecond laser, atomic/molecular gas jets, vacuum technology, interferometry, spectrometry of XUV photons, electron spectrometry |
27/03/2020 | 4 mois | LIDYL/ATTO |
| Graphite electrodes patterning decorated with hematite nanorods for solar water splitting liquid microcell fabrication | Bac+5 | Physique des matériaux Lithography, chemical growth, photocurrent measurements, SEM, STXM, XPEEM |
11/04/2020 | 6 mois | SPEC/LNO |
| Microwave manipulation of fractional charges (anyons) of the Quantum Hall Effect | Bac+5 | Physique de la matière condensée microwaves, cryogénie, nanofabrication |
29/05/2020 | 4 mois | SPEC/GNE |
| The Hong Ou Mandel experiment in graphene | Bac+5 | Physique théorique, mécanique quantique - Nanofabrication - Ultra low temperature (10mK) - High magnetic field (10T) - Low noise measurements (DC,RF) |
11/04/2020 | 6 mois | SPEC/GNE |
| Nickelates: a new superconducting oxide family | Bac+5 | Physique de la matière condensée Thin films will be deposited by pulsed laser ablation (PLD). Structural and physical properties will be studied by in situ electron diffraction (RHEED), photo-emission spectroscopy (XPS/UPS) or ex situ techniques such as near field microspcopy (AFM), magnetism (SQUID, VSM). The electronic properties of the samples will be studied as a function of temperature (resistivity, Hall coefficient, current - voltage characteristics) in order to analyze the superconducting behaviour. |
30/04/2020 | 4 mois | SPEC/LNO |
| Taking up the challenge of the glass transition by optical manipulations of molecules. | Bac+5 | Physique de la matière condensée |
30/06/2020 | 4 mois | SPEC/SPHYNX |
| Fabrication of omniphobic surfaces | Bac+5 | Chimie des matériaux Chemical grafting, optical and atomic force microscopy, IR and XPS spectroscopy, thermogravimetric analysis |
27/03/2020 | 7 mois | NIMBE/LIONS |
| Dechlorination of archaeological copper based artefacts in subcritical conditions | Bac+5 | CHIMIE SEM-EDS Raman spectroscopy X-ray diffraction |
20/03/2020 | 6 mois | NIMBE/LAPA |
| Thermally charging ionic supercapacitor with vertically aligned carbon nanotube (VACNT) electrodes | Bac+5 | Physique des matériaux Thermoelectric property characterization Electrochemical measurements (CV, impedance) VACNT electrode synthesis Electrode characterizations (SEM, XPS and TEM) |
05/05/2020 | 5 mois | SPEC/SPHYNX |
| Caractérisation spatio-temporelle ‘single-shot’ d’impulsions laser femtosecondes par propagation dans un milieu diffusant | Bac+5 | CHIMIE Optique, spectroscopie, traitement de signal |
07/05/2020 | 4 mois | LIDYL/PHI |
| 13 nm high order harmonic generation for nanometer scale resolution lensless imaging | Bac+5 | Laser Impulsions laser femtosecondes, Génération d'harmoniques |
07/05/2020 | 4 mois | LIDYL/ATTO |
| Using radical processes, scavengers and fluorescence spectroscopy to act as distant alpha dosimetry. Application to advanced radiation therapy. | Bac+5 | Chimie-physique Fluorescence and absorption spectroscopies Laser induced fluorescence Fast spectroscopy Cold plasma Alpha rays |
27/03/2020 | 5 mois | LIDYL/DICO |
| Smart concretes incorporating carbon nanotubes | Bac+5 | CHIMIE Synthèse CVD, MEB, ATG, mesures des densité, viscosité, nanoindentation |
13/05/2020 | 6 mois | NIMBE/LEDNA |
| Controlled growth of aligned carbon nanotubes on metal supports for application to energy storage | Bac+5 | Chimie des matériaux CVD, SEM, TEM, TGA, Raman, electrochemistry |
16/04/2020 | 6 mois | NIMBE/LEDNA |
| Ferroelectric-Ga2O3 interface for power electronics | Bac+5 | Physique de la matière condensée X-ray photoelectron spectroscopy Photoemission electron microscopy |
27/03/2020 | 5 mois | SPEC/LENSIS |
| 3D printing and Sol-Gel chemistry for glass microfluidic chips | Bac+5 | CHIMIE Sol-Gel process, inkjet printing, optical and electronic microscopy (SEM/TEM). |
01/03/2020 | 5 mois | NIMBE/LIONS |
| Magnetotactic bacteria in a micro-container | Bac+5 | CHIMIE Photolithography, Soft-lithography, microfluidics, cells culture, optical microscopy (epifluorescence and confocal) |
30/04/2020 | 5 mois | NIMBE/LIONS |
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