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generate simple and novel biosensing platforms. They hold a wide expertise in cells, pathogens, DNA, proteins and small molecules detection using both optical and electrochemical approaches. The main
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of interest. Specifically, our main contributions are in the fields of nanoporous Metal-Organic Frameworks (MOFs), Covalent-Organic Frameworks (COFs), Metal-Organic Polyhedra (MOPs) and Delivery Systems
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nanomaterials with application in Health, Energy-Efficient Devices and Environment. Specifically, one of our main research lines is the design and fabrication of polymeric coatings for the modulation of surface
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one of the Group's main objectives. The job is framed within a recently granted national Proof-of-Concept project (PDC2023-145891-I00) entitled "Integrated prototype of a nanophotonic microchip
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), through to devices (fabrication technology, nanofabrication) and applications (neural implants and biomedical technologies, biosensors, flexible electronics). Main Tasks and responsibilities: The candidate
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systems based on them. A major focus of our work are applications related to neural interfaces and neuroelectronics. Principal responsabilities: The Doctoral student will contribute to the scientific
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groups both at ICN2 (Stephan Roche on theory, Klaas Tielrooij on experiments), and abroad (David Broido at Boston College, and others). Principal responsibilities: The post holder will undertake
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. Principal responsabilities: The student will fabricate the samples by the bottom-up growth of different type of superlattices, and the transfer of monolayer thick flakes of the 2D material under investigation
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. Main Tasks and responsibilities: Management of public & competitive grants and fellowships under the supervision of the Head of the Department. Explore funding opportunities of the Institute and ensure
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Master's or equivalent degree in a field of science, related to ICN2 research activities or group they would like to join, by the date of incorporation. Have an excellent academic record and strong