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oxide materials, with the aim of accelerating the discovery of materials for smart windows, smart sensors, low power lighting and electronic systems. In this context, CALPHAD method appears to be a
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. The project aims at high-density low-power-consumption sensors, departing from and improving conventional magnetoresistive sensors. Candidate with University Master degree (mandatory) with following profile
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adaptability and interface softness. Following the More than Moore concept, pairing flexible electronics with sensors, actuators, displays and energy storage units/harvesters, results in an increase in device
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our pioneering approach, SWs find their ignition in the propagation of surface acoustic waves (SAWs), a well-established technology already employed in contemporary sensors, filters, and microwave
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-cost RFID sensor tag, making it possible to simultaneously provide information (RFID chip) and track the degradation of food in packaging through the environment (sensor). This technology has been
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skills are expected: a strong interest in - multi-physics experimentation (in particular multi-sensors), - programming (Python, Matlab...), - data acquisition and processing. A knowledge in acoustics would
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to their exceptional physical and structural properties and great promise for various applications, including energy storage, supercapacitors, gas sensors and electromagnetic shielding. The aim of the PhD project is the
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to the development, development, operation and applications of fiber and free space optical systems, near-infrared lasers, semiconductor sensors and their associated electronics. - Design, develop, calibrate, and
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innovative solutions based on deep connectionist architectures that can be employed in controlling this new class of XAO systems. To that end, low latency data ingestion strategies from sensors, coupled
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Additional Information Additional comments ANR-SNSF project SEDEXP This bilateral french-swiss project as part of the national research axis “Methodologies, Instrumentation, Sensors and Solutions