Innovation through
Physics and Engineering
Innovation through Physics and Engineering
Innovation through
Physics and Engineering
Innovation through Physics and Engineering
| Ph.D Positions |  |  |  |  |  |  |  |
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| OPTICS | Project THEIA : Active multi-scale integrated photonic systems | ||||||
| MATHEMATICS PHYSICS | Project TACTICQ : bifurcations in the setting of random dynamical systems | ||||||
| NANOSCIENCES | |||||||
| PHOTONIC | Project HELIX : Helical lasers and applications | ||||||
| QUANTUM INTERACTIONS AND CONTROL | Project COSMIC : Modeling of infrared spectra of cometary molecules. Project TACTICQ : Measuring Quantum entanglement and quantum contextuality with a Noisy Intermediate Quantum Computer | ||||||
| Spectroscopy - Planetology - Atmospheres - Clathrates - Environment | Project COSMIC : Modeling of infrared spectra of cometary molecules. | ||||||
| Analyse Numérique et Calcul Scientifique | Project MALCOLM : Approximation methods for modern hyperbolic conservation laws | ||||||
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| APPLIED MECHANICS | |||||||
| AS2M | Project SmartDigitBot : Modeling, fabrication and control of fibrillar systems for variable adhesion | ||||||
| MICRO NANO SCIENCE & SYSTEMS | Project MINELICO : Micro-Brillouin light scattering | ||||||
| TIME & FREQUENCY | |||||||
| Design, Optimization and Mechanical Modeling | |||||||
| COmputer vision for REal time Systems | Project COQUIIAJ : Multimodal image synthesis for AI-based quality control | ||||||
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| ENERGY | Project MIB : Experimental and numerical studies of the integration of a Trombe wall up to the building scale | ||||||
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| COMPUTER SCIENCE | Project COQUIIAJ : Multimodal image synthesis for AI-based quality control Project SELF-CONTROL : Distributed self-reconfiguration in porous structure driven by mechanical constraints | ||||||
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| METALLURGICAL PROCESSES, MATERIAL DURABILITY | Project TOCADE : Experimental characterization of the operation of cascade flares Project ELTESS : Electrochemical Texturing for Steels Surfaces | ||||||
| INTERFACES | Project ELTESS : Electrochemical Texturing for Steels Surfaces Project ProdHyg : Study of the adsorption and photolysis of water on metal oxide surfaces | ||||||
| Sonochemistry and Reactivity of Surfaces | Project ELTESS : Electrochemical Texturing for Steels Surfaces | ||||||
| Organometallics, catalysis, and stereochemistry | Project ProdHyg : Innovative nanocomposite catalysts for the delivery of dihydrogen (H2) as a clean energy source | ||||||
| Post-Doc Positions | | | | | | | |
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| OPTICS | Project HELIX : ultrafast laser generated nanoplasmas | ||||||
| MATHEMATICS PHYSICS | Project TACTICQ : Dynamics of groups in a complex setting | ||||||
| NANOSCIENCES | |||||||
| PHOTONIC | |||||||
| QUANTUM INTERACTIONS AND CONTROL | |||||||
| Spectroscopy - Planetology - Atmospheres - Clathrates - Environment | |||||||
| Analyse Numérique et Calcul Scientifique | |||||||
| Partial Differential Equations | Project TACTICQ : Spectral analysis of periodic massless Dirac operators | ||||||
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| APPLIED MECHANICS | Project TEDDHY : Consideration of decrepitation in discrete numerical element (DEM) simulation of the aging of a green storage hydride and its reservoir. | ||||||
| AS2M | Project Smart DigitBot : Robot Control for Dexterous Robotic Micro/Nano-manipulation | ||||||
| MICRO NANO SCIENCE & SYSTEMS | Project REMICS : Microfabrication and of alkali vapor cells with optical functions | ||||||
| TIME & FREQUENCY | Project DETECTBIOMAIR_H2 : Development of surface acoustic wave sensors for the detection of low concentration of carbon monoxide in hydrogen for a fuel cell application and of biomarkers in patient's breath Project REMICS : Microfabrication and of alkali vapor cells with optical functions | ||||||
| Design, Optimization and Mechanical Modeling | |||||||
| COmputer vision for REal time Systems | Project COQUIIAJ : Deep learning for multimodal imaging | ||||||
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| ENERGY | |||||||
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| COMPUTER SCIENCE | Project COQUIIAJ : Deep learning for multimodal imaging | ||||||
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| METALLURGICAL PROCESSES, MATERIAL DURABILITY | Project COBAFIL : Vision-based control of the WAAM additive manufacturing system | ||||||
| INTERFACES | |||||||
| Sonochemistry and Reactivity of Surfaces | |||||||
| Organometallics, catalysis, and stereochemistry | |||||||