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combustion mechanisms through the development of innovative experimental approaches and state-of-the-art diagnostics. The Research Engineer will join the Combustion Physics group at CNRS-ICARE
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the development of circular, low-carbon industrial value chains. UTC/TIMR The TIMR research unit (UTC-ESCOM- https://timr.utc.fr/ ) aims to develop knowledge and know-how for the transformation processes
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thermiques à micro-echelle, extraire les paramètres thermiques, et ainsi simuler, developer puis intégrer avec les équipes de ST les solutions élaborées afin d'optimiser la gestion thermique aux micro-échelles
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into advanced manufacturing processes. The overall objective is to develop a reliable and predictive digital twin dedicated to polymer processing technologies, particularly injection moulding, by combining
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of the world leaders in the development of new approaches in super-resolved microscopy. In particular, the team is developing various innovative approaches (Nature Photoniques 2021 and 2015, Nature
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of this postdoctoral project is to explore the properties of compound nonlocal metasurfaces and develop innovative models and techniques for engineering tightly spaced, multilayered dielectric MSs. The research will
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developing new procedures for preparing biological samples for THz atomic probe analysis. The use of new metal matrices for encapsulating biological materials will be explored, as well as new techniques
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working for about fifteen years on the development of short-term forecasting systems designed to anticipate these phenomena by a few hours. Better anticipation should allow civil protection and emergency
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design a loudspeaker array capable of synthesizing fixed or moving sound sources in the half-space in front of a head-fixed mouse. Five Missions: 1. Spatial Audio Array Design: Develop a loudspeaker array