Sort by
Refine Your Search
-
Country
-
Field
-
CEA-Saclay, Institut de Physique Theorique Position ID: CEA-Saclay-IPhT-HARMONICON [#31398] Position Title: Position Type: Postdoctoral Position Location: Gif sur Yvette, Ile de France 91191, France
-
Massachusetts Institute of Technology (MIT) | Cambridge, Massachusetts | United States | about 1 month ago
on the WEST tokamak at CEA/IRFM in France. Activities would include participation in the design, assembly, testing, installation, calibration and operation of a high-resolution imaging crystal spectrometer
-
Massachusetts Institute of Technology | Cambridge, Massachusetts | United States | about 1 month ago
on the WEST tokamak at CEA/IRFM in France. Activities would include participation in the design, assembly, testing, installation, calibration and operation of a high-resolution imaging crystal spectrometer
-
qubits (spin-orbit interactions, valley splittings…), in tight collaboration with the experimental groups in Grenoble and with the partners of CEA in Europe [3-11]. The present position is open in
-
Laboratory (University of Nantes) and the NIMBE Laboratory (CEA Saclay). This molecular chemistry project aims to develop pericyclic reactions suitable for real-time NMR monitoring, enabling the detection
-
photosynthesis. The candidate will interact with leading authorities in photosynthesis and have access to state-at-the art technical facilities. The position is for a postdoctoral researcher for two years to start
-
, allowing to explore a wide parameter space i.e. to investigate various emission release compositions and fluxes, plume evolution with distance over hours and days downwind, and the interaction with other
-
of electron microscopy and beam-material interactions. The ideal candidate will have a basic understanding of image processing. Core competencies: – Knowledge of image processing software (Avizo, Dragonfly, etc
-
Agriculture (CEA) Engineering Lab as a Postdoctoral Research Associate. The candidate will primarily work in one or more of the following areas: computer vision, AI-driven automation, and/or robotics
-
to record bifurcations which occurring time is unknown. Finally, in the Giant Von Karman (GVK) at SPEC, high resolution 3D-PIV velocity measurements have and will be conducted in the interaction area between