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thermoplastic polymer-nanofiller composites for dry electrode processing Engineer fibrillar composite network structures with tailored morphology Develop processing routes Perform advanced structural and
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introducing recyclability and regulatory compliance. Your Tasks: Develop and characterize thermoplastic polymer-nanofiller composites for dry electrode processing Engineer fibrillar composite network structures
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additive manufacturing to develop 3D‑printed wood–mycelium habitat structures that mimic the ecological functions of natural deadwood. About the project Urban environments offer vast, yet underused
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metadata from plant microbiome composition, including plant part, microbiome compartment, and host taxonomy Cross-study evaluation of microbiome-based prediction models to assess robustness and
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to apply for a PhD position within the joint research project “TRANSFER - Training and Research Academy for Nuclear Safety and Future Expertise on Geological Repository Systems”. As part of a structured
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involve protein handling, general laboratory (bio-)chemistry, data analysis and comparison to expected physics. Due to the complex structure of the composite material, we expect emerging effects which can
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the composition-process-structure-property-performance chain; therefore, enable stability and control of novel manufacturing processes as well as achieving desired properties within materials science and
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phase of the project, electron-transparent specimens will be prepared for TEM examination using plasma focused ion beam milling (FIB), followed by structural, compositional and electronic characterisation
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workflow that maps first-principles electronic-structure data onto predictive atomistic spin-Hamiltonians and device-scale dynamical models. The candidate will run high-throughput, relativistic DFT
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Your Job: Digital methods for inverse materials design are essential to efficiently create new, sustainable and recycling-adapted structural metals. Alloys with a reduced number of elements, so