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band superconductivity using twisted bilayer graphene (TBG) and engineered stacking faults in graphite as platforms. In the beginning, a large effort will be invested in understanding the superfluid
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graphene (TBG) and engineered stacking faults in graphite as platforms. In the beginning, a large effort will be invested in understanding the superfluid weight in TBG systems, and how the superfluid weight
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for the conversion of plastic-derived monomers; (b) Characterizing these electrocatalysts using a range of techniques, including electron microscopy, diffraction, and other complementary methods; (c) Developing and
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Structures (FiRST). The starting date is March 1, 2026, or as mutually agreed. The positions are for a period of two years, with a possible one-year extension. Your experience We expect you to have a PhD
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agreed. The positions are for a period of two years, with a possible one-year extension. Your experience We expect you to have a PhD degree in Mathematics or a related field, and a strong research
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novel electrocatalysts based on multi-metallic structures for the conversion of plastic-derived monomers; (b) Characterizing these electrocatalysts using a range of techniques, including electron
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testing and analyzing experimental results Participating in commercialization of developed materials Qualifications: PhD in one of the following broader experimental areas: physics, chemistry, materials
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results Participating in commercialization of developed materials Qualifications: PhD in one of the following broader experimental areas: physics, chemistry, materials science Experience with thin film
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For Doctoral Researcherposition: MSc in Applied Mathematics, Engineering Physics, Electrical Engineering, or related field. For Postdoctoral Researcherposition: PhD in Applied Mathematics, Engineering Physics
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superconducting materials and eagerness to work on tough experimental challenges at low temperatures. We expect the candidates to have: PhD degree in physics or in a nearby field Experience on silicon materials, 2D