| Title | Education level | Speciality | Deadline | Duration | Unit |
|---|---|---|---|---|---|
| Développement d’un banc de test pour la caractérisation de circuit intégré (ASIC) pour des applications de recherche en physique fondamentale | Bac+5 | Informatique industrielle Le stagiaire devra répondre aux critères suivants : • Autonomie, curiosité, bonne communication. • Bonne capacité à travailler en équipe. • Connaissances de l’environnement FPGA. |
09/07/2020 | 6 mois | DEDIP/STREAM |
| Gestionnaire de production industrielle pour SARAF | Bac+3 | Qualité |
08/04/2020 | 4 mois | DACM/LIDC2 |
| Asterseismology and machine learning for stellar evolution with Kepler/K2 and TESS | Bac+4/5 | Astrophysique Des outils de sismologie stellaire, algorithmes de machine learning (Random Forest, etc) Données des missions spatiales Kepler/K2 et TESS |
31/07/2020 | 4 mois | DAp/LDE3 |
| Search for high-energy emission of Fast Radio Bursts with H.E.S.S. | Bac+5 | Astrophysique |
01/06/2020 | 3 mois | DPhP |
| Studying inflation with galaxies and quasars in DESI | Bac+5 | Astrophysique - Machine learning - Correlation function - Power spectrum - Bispectrum |
02/04/2020 | 3 mois | DPhP |
| Ondes de gravité et de Rossby dans les étoiles en rotation rapide fortement déformées | Bac+4/5 | Astrophysique Méthodes mathématiques et numériques pour la physique |
30/06/2020 | 4 mois | DAp/LDE3 |
| High-precision modeling of exoplanet timeseries in the era of JWST and ARIEL | Bac+5 | Astrophysique MCMC, Bayesian statistics |
30/04/2020 | 6 mois | DAp |
| High-precision spectroscopy of exoplanet atmospheres with SEA BASS | Bac+5 | Astrophysique MCMC, Bayesian statistics |
30/04/2020 | 6 mois | DAp |
| Deep learning for X-ray cluster cosmlogy | Bac+5 | Astrophysique X-ray data anlysis Cosmological models Neural networks |
11/04/2020 | 3 mois | DAp/LCEG |
| Mixed modes in rapidly rotating delta Scuti and beta Cephei stars | Bac+4/5 | Astrophysique Simulation numérique, modélisation |
23/04/2020 | 4 mois | DAp / LDE3 |
| Radiative Magnetoconvection and Macroturbulence in Massive Stars | Bac+5 | Astrophysique Magnetohydrodynamics; Stellar Physics; Mathematical and numerical methods for physics |
23/04/2020 | 4 mois | DAp/LDE3 |
| Déferlement des ondes de marée dans les étoiles et les planètes géantes | Bac+4/5 | Astrophysique Méthodes mathématiques et numériques pour la Physique |
30/06/2020 | 4 mois | DAp/LDE3 |
| Non linear matter power spectrum and machine learning | Bac+5 | Astrophysique |
10/04/2020 | 6 mois | DAp/LCS |
| Analyse de la variabilité stellaire et planétaire à partir des données de Kepler à haute cadence à long terme | Bac+5 | Astrophysique MCMC, Bayesian statistics |
30/04/2020 | 6 mois | DAp |
| Interactions between tidal waves and turbulent coherent structures in stellar convection zones | Bac+5 | Astrophysique Numerical methods, Stability analysis |
02/03/2020 | 4 mois | DAp/LDE3 |
| Galaxy cluster detection with Weak Lensing for CFIS and Euclid | Bac+5 | Astrophysique |
28/02/2020 | 4 mois | DEDIP/LCS |
| Study of the spectro-temporal variability of the PKS 2155-304 active galactic nucleus | Bac+5 | Astrophysique Data analysis, statistical tools |
08/05/2020 | 3 mois | DPhP |
| Deep Learning on the Sphere and Reconstruction of Dark Matter Mass Maps | Bac+4/5 | Astrophysique Tensor flow, python |
03/05/2020 | 6 mois | DAp/LCS |
| Towards a 3D characterisation of supernova remnants in X-rays | Bac+5 | Astrophysique Machine Learning, blind source separation techniques |
30/04/2020 | 3 mois | DAp/LEPCHE |
| Measures of the intergalactic magnetic field using gamma-ray bursts | Bac+5 | Astrophysique Modelling with Monte Carlo numerical simulations, Data analysis |
21/05/2020 | 3 mois | DAp/LEPCHE |
| Identification des étoiles géantes rouges présentant des modes d’oscillation avec des anomalies d’amplitude, en combinant astérosismologie classique et méthodes intelligentes. | Bac+4/5 | Astrophysique Ce sujet de stage combine astérosismologie classique et méthodes intelligentes. Aucune connaissance en « machine learning » n’est requise, mais il est conseillé de suivre les modules de physique stellaire. |
06/06/2020 | 3 mois | DAp/LDE3 |
| Measurement of galaxy redshifts from multi-band photometric data with machine learning | Bac+5 | Astrophysique Image processing, photometry, machine learning |
01/03/2020 | 5 mois | DAp/LCS |
| Dark energy and cosmological constraints with emission line galaxies in the spectroscopic survey DESI | Bac+5 | Astrophysique The ELG distribution will be measured with 2-point statistics (correlation function, power spectrum). The data quality will be checked and possible systematic effects will be corrected for with weighting techniques. |
22/07/2020 | 4 mois | DPhP |
| RELATING COSMIC-RAY ELECTRONS AND NUCLEI IN THE ERIDU CIRRUS | Bac+5 | Astrophysique Radiation processes of high-energy particles. Data analyses in gamma rays and in the radio |
10/08/2020 | 4 mois | DAp/LEPCHE |
| Participer aux tests et analyses de l’aimant IRM Iseult (record du monde : 11,72T & corps entier) | Bac+4 | Electromagnétisme |
08/04/2020 | 6 mois | DACM/LEAS |
| Modélisations Multiphysiques d’un électroaimant supraconducteur pour une source d’ions | Bac+4/5 | Electromagnétisme |
08/04/2020 | 6 mois | DACM/LEAS |
| Comportement de Structures Mécaniques à Températures Cryogéniques pour les Futurs Aimants d’Accélérateurs | Bac+4/5 | Electromagnétisme |
08/04/2020 | 6 mois | DACM/LEAS |
| Simulations and tests of a neutron source based on the IPHI accelerator | Bac+5 | Neutronique - Basic knowledge of experimental nuclear physics - Monte-Carlo simulations - |
13/07/2020 | 3 mois | DPhN/LENA |
| The NUCLEUS experiment: toward a precision measurement of coherent elastic neutrino-nucleus scattering at reactors | Bac+5 | Physique nucléaire Object oriented C++ programming Monte Carlo simulation with Geant 4 Data analysis with ROOT |
01/07/2020 | 6 mois | DPhP |
| Feasibility of future QGP studies at the LHC | Bac+4/5 | Physique nucléaire Relativistic kinematics, programming, MC simulations |
01/06/2020 | 3 mois | DPhN/LQGP |
| Statistical model for the description of heavy-ion collisions at Fermi energies | Bac+4/5 | Physique nucléaire Theoretical modelling, scientific bibliography, algorithms |
04/05/2020 | 6 mois | Ganil |
| Nuclear fission: analysis of the first data from the new FIPPS spectrometer installed at the research reactor of Grenoble | Bac+5 | Physique nucléaire - Gamma-ray spectroscopy with HPGe detectors and analysis of gamma-ray spectra. - Processing of large multidimensional datasets. - Programming in C++ using ROOT (CERN) libraries. - Simulation of the spectrometer with Geant4. |
03/04/2020 | 4 mois | DPhN/LEARN |
| Search for pear-shape nuclei in actinides: participation in the laser-spectroscopy experiment of nobelium (Z = 102) and lawrencium (Z = 103) isotopes | Bac+5 | Physique nucléaire Skills concerning the use of detectors, programming and data analysis. |
30/03/2020 | 3 mois | DPhN/LENA |
| Hypernucleus : study of the Lambda N --> K-NN channel | Bac+5 | Physique nucléaire |
01/05/2020 | 4 mois | DPhN/LEARN |
| Strangeness in nucleon; quark hadronisation into kaons at COMPASS | Bac+4/5 | Physique nucléaire Fundamentals methods of experimental physics: simulation of the experimental equipment by modern Monte-Carlo techniques, statistical analysis of big samples of data, comparison with theoretical calculations. |
06/05/2020 | 4 mois | DPhN/LSN |
| Nuclear shapes studied by Coulomb excitation | Bac+5 | Physique nucléaire Gamma-ray spectroscopy, nuclear reactions, Coulomb excitation |
04/06/2020 | 3 mois | DPhN/LENA |
| Correction of the detection flaws of double-beta events in a gaseous Xenon TPC for the PandaX-III experiment | Bac+5 | Physique nucléaire Data analysis, statistics, Micromegas gaseous detectors, Monte-Carlo simulation with Geant4 |
11/05/2020 | 4 mois | DPhN/LSN |
| Development and set up of the X-ray spectroscopic imaging chain based on an innovative integrated circuit | Bac+5 | Spectroscopie acquisition et analyse de données, mesures physiques, spectroscopie X, conception thermo-mécanique |
28/04/2020 | 5 mois | DAp/LSIS |
| Study on gaseous detection of ionization electrons in a time projection chamber for the PandaX-III experiment | Bac+5 | Instrumentation Data analysis, statistics, gaseous detectors, read-out electronics and data acquisition system, Monte-Carlo simulation |
14/05/2020 | 4 mois | DPhN/LSN |
| Optimization of the fast-timing PICOSEC-Micromegas detector | Bac+4/5 | Instrumentation The project work will be done in an international working group with francophone and non-francophone collaborators. A good understanding of English is required. |
12/06/2020 | 3 mois | DEDIP/DEPHYS |
| Imaging of tritium with a novel Micromegas gaseous detector for medical applications | Bac+3 | Instrumentation |
28/07/2020 | 3 mois | DEDIP/DEPHYS |
| Validation and data analysis of Micromegas neutron detectors to be used for accelerator protection | Bac+4/5 | Instrumentation Experimental measurements with final modules, data analysis using ROOT (based on C++ code), scientific method to validate a detector experimentally |
21/08/2020 | 3 mois | DEDIP/LASYD |
| COBALT-Web | Bac+4 | INFORMATIQUE Bonne connaissance du langage Java (reprise de l’existant), des bases de données relationnelles et d’au moins un framework d’application Web. Autonomie et intérêt pour les nouvelles technologies logicielles |
08/04/2020 | 6 mois | DACM |
| Web interactive data visualization software development for astrophysics | Bac+4/5 | Génie logiciel POO, Gestion de version sous Git |
30/04/2020 | 4 mois | DEDIP/LILAS |
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