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the propagation of collapse bands [7]. The fabrication and experimental characterization of these new structures will be carried out at SIMAP, an expert in additive manufacturing and architectured materials
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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 fabricate betavoltaic sources using a new core-shell wire architecture that will
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team and their collaborators in wireless bioelectronics, the goal of this project is to design a wireless architecture and RF circuits that enable backscattering-based wireless biosensing using organic
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waveguides, we have developed a new paradigm for controlling micro-photonics systems based on the transition between optical states. We have particularly identified a specific architecture with potential
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priorities are bioinformatics, systems security, new software architectures, virtual reality, Big Data analysis and artificial intelligence. With its sights set on the future of information technology and its
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this type of sensor. Our many contributions to the field (models for assessing sensitivity and accuracy limits, development of vibration rejection techniques, demonstration of new sensor architectures