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and the dielectric capacitance determines the FeFET operation mode. This thesis aims at studying Both n- and p-type FeFET transistors based on real physical devices [2]. The first goal is to design a
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a wide range of research fields, from design to preparation and optimization of materials for potential industrial applications. ICMPE carries out in-depth, multi-scale studies of new materials
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Institut Lumière Matière ILM- UMR 5306 CNRS / Université Claude Bernard Lyon 1 | Villeurbanne, Rhone Alpes | France | 4 days ago
to design and develop a laser-based SAW biosensor operating over a wide frequency spectrum, ranging from tens of MHz up to a GHz. We will use laser-induced diffraction gratings to excite and probe these high
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isotopes or radioisotopes with very low activity at the ultra-trace scale. An initial list of isotopes of interest was determined in order to constrain the design of the device. These include the isotopes
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design, and innovative computer architectures. Our research interests range from the study of fundamental phenomena to the design of new devices with potential for technological applications in information
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)” is an internationally known laboratory focusing on the fundamental science of materials for energy storage and conversion devices. The main activities of CSE include the structural design of new
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. This power analysis is necessary early on in the RTL (Register Transfer Level) coding stage when the most advantageous modifications can be made. As designs become larger, power analysis relies on longer
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the perpendicular plan to welding direction (2D), which is sufficient when considering flat welds. The proposed thesis work aims at producing a 3D realistic modelling of crystalline structure in the case of welds
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overcome these challenges due to their piezoelectric behavior. In this project, we aim to design plant-based materials, with enhanced piezoelectricity, for efficient energy harvesting of ultrasonic waves. In
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weight of photovoltaic panels and to adopt an ecological design of devices to encourage more sustainable development of photovoltaic technologies on a large scale. Consequently, lightweight photovoltaic