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water) consists of a source, a transducer and a detector. The transducer is manufactured from an integrated optical platform based on chalcogenide glasses that are transparent in the mid-infrared range
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on technologies that enable these configurations to be hybridized. You will monitor manufacturing and validate concepts through experimental measurements of the devices developed. Where to apply Website https
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will be responsible for the design and microfabrication of the laboratory-on-a-chip for measuring nanothermal test devices, as mastered by CNRS. These chips, either manufactured at NEEL or at LETI
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ferroelectric properties. With a large number of permanent researchers, engineers and PhD students as well as strong interactions with industry, the LAAS-CNRS is situated at the crossing between scientific
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, which brings together 4 partners: LTM/CNRS, pheliqs/CEA, Institut Néel/CNRS and CREAH/CNRS. The aim of the project is to manufacture betavoltaic sources using a new core-shell wire architecture
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power and voltage levels (from 115 V to 540/800 V), temperature management is now a main subject for engine manufacturers and aircraft builders,. Therefore, to ensure the longevity of electric motors, it
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will use the information extracted from technical drawings and documents to predict manufacturing operations (cutting, bending, welding, etc.) and estimate their cost or duration based on internal
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specialized software (Comsol, Lumerical, Zeemax, GDS Factory, CAD softwares…). ● Experience in clean room processes and microfabrication is highly recommended. ● Excellent communication and teamwork skills
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. - Optimization of AlGaN growth protocols to eliminate defects and enhance its properties. - Validation of the material's properties through the manufacture of photonic devices that will enable the improvement in
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Programming is a set of technologies underpinning much of modern logistics and manufacturing. The simplex method is one of the key algorithmic components of any MILP software package. This algorithm is known