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of electrical charges at extremely small scales. However, these processes occur in trillionths of a second, far too fast for current methods to capture. The ERC-funded UltraWave project aims to overcome
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driving conditions, stop-and-go operation, and progressive battery degradation. The objective of the PhD project is to develop estimation, fault detection/isolation, and fault-tolerant control methods
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the fiber-fiber bonds mechanics using physical and chemical processing routes. The recruited postdoctoral researcher will contribute to this project. She/He will be in charge of (i) characterizing
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demodulation techniques, and the development of signal-processing methods adapted to new sensing applications. The postdoctoral researcher will work within a multidisciplinary team combining photonics
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(between one and two weeks for each mission). A knowledge of various data processing techniques is essential, as is the ability to create reliable databases. Knowledge of the operation of an electrical grid
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catalytic processes in homogeneous solution and on surfaces. EMPRe team students are trained in the synthesis of ligands and transition metal complexes. They then apply methods of molecular electrochemistry
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of intestinal strains (commensal and pathogenic) under controlled anaerobic conditions, particularly in iron-limited media, to study their siderophore production. - Investigate the impact of endogenous and
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functional materials. Research activities focus on controlled polymer synthesis, macromolecular engineering, polymer self-assembly, nanoparticle design, and the development of stimuli-responsive polymer
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bachelor's students and ensuring the proper maintenance and operation of the synthesis lab in accordance with the recommendations provided by funding agencies and the laboratory administration. • Develop
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Mechanical properties for bulk materials. • Propose post-modifications to control the physicochemical and mechanical properties of modified substrates. • Collaborate and propose solutions for scaling up