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Field
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of nanoscale devices, preferably using atomically thin materials; their characterisation; photolithography and e-beam lithography; thin-film deposition; wet and reactive ion etching; SEM and AFM characterisation
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above. Practical relevance of research activities is essential, and the acquisition of third-party funding for research activities is mandatory. In teaching, the entire field of vacuum and thin-film
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ordering, and topotactic phase transitions, e.g. in SrFe(Co)Ox thin films and nanostructures. Using state-of-the-art in situ TEM, electron holography, and electrical and optical biasing, the candidate will
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nanofabrication, including electron-beam or optical lithography, thin-film deposition, etching, or atomic layer deposition. Optical spectroscopy, confocal microscopy, time-resolved spectroscopy, or single-photon
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or more of the following areas is desirable: - Thin Film Electronics (TFTs, Organic, Hybrid, Low-Dimensional/2D Materials) - Bio-Electronics (Neural Interfaces, Optrodes) - Sensors & Human-Machine
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Chemistry, thin films, and/or NMR spectroscopy is an advantage. - Proven hands-on experience with battery characterization techniques (at least some of the following): X-ray diffraction (XRD), Raman
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linking: PVD process → thin-film morphology → electrode microstructure → electrochemical behaviour → full-cell performance The two successful candidates will investigate how the morphology and physical
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fusion devices. However, microscopic studies revealed a porous morphology of these targets, not adequately reproducing the thin film deposit found in tokamaks. This might be responsible of a spurious
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dynamics simulations to understand the growth mechanisms of thin films deposited by magnetron sputtering, with or without ion beam assistance (IBAS), particularly for metallic materials (Ag) and oxides (ZnO
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purification. Formulate and characterize protein-based biomaterials, hydrogels, or thin films. Evaluate biomaterial mechanics and physical properties using rheology, tensile testing, or biophysical assays