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and operando gas-assisted Environmental Transmission Electron Microscopy experiments to the investigation of gallium doped zeolites under realistic conditions of functioning, in the framework of a
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. Organic electronics offer a promising alternative to inorganic electronics for large-area applications, particularly in displays and flexible sensors. Among these devices, Organic Thin-Film Transistors
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.) and microscopy (electronic and atomic force). The ICS is located on the CNRS campus in Cronenbourg, catering is available on site. The research work will be carried out within the framework
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aims to address the full diversity of condensed matter physics. The research activity is organized around three main areas, each involving approximately the same number of scientists: • New electronic
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- physics (condensed matter), engineering (heat transfer, electronics) and metrology (resistive thermometry, SThM, cryogenics) - are all represented by recognised and leading research groups with a high
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student will operate in the frame of the ANTARES project with all Researchers, Teachers-Researchers, Engineers and Technicians of the IEMN involved in the project. The Institute of Microelectronics and
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projects aim to gain a better understanding of how unicellular photosymbiosis works by combining subcellular microscopy approaches (3D electron microscopy). This thesis is funded by a European ERC
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from ISMO's facilities as well as support from the laboratory's technical departments (mechanical workshop, instrumentation, electronics, and computing services). All components of the experimental setup
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at the intersection of wireless systems, organic electronics, and neurotechnology. Project Goal Develop a wireless, battery-free, implantable analog interface using organic electrochemical transistors (OECTs) to sense
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, their manipulation with magnetic and electric fields, and the generation of spin and orbital electronic currents for spin–orbit torques in solid-state devices made of light metals, metallic ferromagnets and/or