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data-driven analysis algorithms for the assessment of thin-film solar cell fabrication processes within NOMAD Oasis installations. The team is responsible for the installation and development of (meta
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a research fellow to conduct high-impact research on orbital current driven domain wall motion. The role will focus on thin-film deposition and onchip device fabrication, combined with electrical
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to understand materials behaviour. Key Responsibilities: Conduct advanced characterization on thin films and nanostructure samples, especially FIB and TEM. Develop workflow for device fabrication. Develop
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for a research fellow to carry out high-impact research. The role will focus on thin film deposition and on chip device fabrication for electrical transport measurements to study the interaction between
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expertise: cleanroom processing, photolithography/nanolithography, thin-film deposition of solution-processable materials, and thermal/e-beam evaporation (metals/small molecules). Perovskite materials
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of engineered surfaces within the Nano Mechanics and Tribology Laboratory. Research areas include two-photon lithography (TPL) 3D printing, coatings and thin films, adhesion science, and nanomechanical
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://www.quantumx.science . Researchers will have the opportunity to, Synthesize atomically precise thin films of new topological materials using molecular beam epitaxy (MBE) Develop innovative approaches to accelerate MBE
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Comsol Multiphysics, thin-film deposition, photolithography and e-beam lithography, reactive ion etching and SEM Prior practical experience with optical waveguides Experience with spectroscopy, either
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and characterization of materials by advanced techniques. Workplan and objectives to be achieved: The work plan involves the fabrication of thin films by laser ablation and/or sputtering. The structural
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of thin films or other materials applied to biomedical devices, namely in the acquisition and modeling of biosignals; b) Preferential factors: experience with the magnetron sputtering physical vapor