59 master "TAMPERE UNIVERSITY" uni jobs at CNRS in France

Doctoral thesis (M/F) - New non-equilibrium materials by crystallisation of glass or molten liquid

original expertise and tools at national and international level to study the physico-chemical properties of materials in extreme conditions, particularly in situ. The PhD student will be based at CEMHTI's

Thèse M/F : Modleing Dune Landscapes

missions. Strong fundamentals in computer graphics (Master 1 equivalent), and mastery of C++ / GLSL are required; this project will involve interest in physical, biological phenomena, and complex models

Thesis (M/F): Cold plasma and artificial intelligence for the detection of ski tumors

local probe, a non-intrusive sensor, because of its sensitivity to the characteristics (chemical, electrical and thermal) of the different biological tissues to be treated? This is the core and main

Doctoral student (M/F) - Development of Eco Materials for Energy Storage

. The project consists of synthesizing and identifying new materials, original structures based on iron and manganese oxide that could be used as electrode materials. Requirements Research FieldChemistryEducation

Segregations at grain boundaries and austenite grain growth: influence of residual elements from steel recycling (M/F))

funded by an EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The steel industry, which is one of the main contributors to CO2 emissions, is aiming

Doctorate (Ph.D.) in Stochastic Thermodynamics: Modeling the Dynamics of Bacterial Flagellar Motors (M/F)

-equilibrium statistical mechanics [2], more precisely by the thermodynamics of small systems [3]. Research Objectives: Our main task will be modeling different aspects of the Bacterial Flagellar Motor (BFM) [4

Description cinétique des systèmes anisotropes : stabilité et récupération de l'isotropie M/F

nonlinear waves in anisotropic media. The isotropy of the system will emerge either from external sources (forcing) or might be intrinsic to the waves due to the physics of the problem. The main questions

M/F Alloyed materials for photonics: exploring dielectric response in group IV nanowires

. The main goal is to reach a deep theoretical understanding, via precise state-of-the-art quantum-mechanical modelling, of the dielectric response of 2H-Si 1-x Ge x NWs in a realistic environment, including

Democratic biases in Large Language Models: Detection, Quantification, Mitigation (M/F)

generative models (large language models or LLMs) in a participatory democracy platform. Our main questions deal with the detection and correction of the biases of these LLMs when they are used to assist

Random particulate media: design of opical properties and cooperative effects (M/F)

to the Institute of Chemistry (INC), spread over two nearby sites (High Temperature and Cyclotron) and employing around 110 people. The CEMHTI develops original expertise and tools on a national and international