Sort by
Refine Your Search
-
Listed
-
Category
-
Field
-
Postdoc – Advanced characterization of the stability of tandem photovoltaic cells under illumination
partners at the national level. Applicant Profile What you bring to the table : · You have a PhD in Semiconductor physics, image processing, physical measurements · Key technical
-
field samples. At LPCV, you will contribute to the research themes of the Photosymbiosis team led by Johan Decelle (https://photosymbiosis.com/), to apply cryo-ET on symbiotic organisms. You will
-
, physics, engineering, electronic · Key technical skills: semiconductor materials, nanocrystals, microelectronics fabrication processes, fabrication and characterization of electrical and/or
-
radiographier l’objet en implosion. Placé en bout de chaîne, un détecteur génère une image radiographique à partir du flux X sortant. A l'heure actuelle, celui-ci est doté d’un scintillateur, chargé de
-
, energy systems, fluid mechanics, or process engineering. Experience combining experimental approaches and simulations would be a plus. • Ideal skills: Multiphysics simulation; Design and fabrication
-
. Contract duration (months) 24 Job description Responsibilities Within a multidisciplinary team combining AI, signal processing and plasma physics, the main responsibilities will be to: Develop and evaluate
-
technical skills: experimental practice, instrumentation, image analysis, tomography, programming languages, experience in large scientific facilities experimental campaign Soft skills: ingenuity
-
hold a PhD in Energy Engineering, Mechanical Engineering, Thermodynamics, Fluid Mechanics, Process Engineering, or a related field. We are looking for a creative and enthusiastic researcher with a
-
Physics, specializing in neutronics or nuclear engineering Computing skills: Proficiency in C++ (as the core computational kernels are written in this language) Applied mathematics skills: Numerical
-
, Spectroscopy, Computational protein design, and engineering metabolic pathways in yeast IMPACT: REPAROX aims to overcome a major bottleneck in the aerobic bioproduction of [Fe-S] enzymes, enabling