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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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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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simulation tools (CFD) fail at the nanoscale where these gas and vapour films dictate the physics. This project will: Develop new models for the nanoscale behaviour of thin films affected by intermolecular
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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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Requirements: PhD in Physics or a closely related field Strong background in experimental condensed matter or material physics, with experience in thin-film deposition, device fabrication, and electrical
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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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cleanroom environments (e.g. lithography, thin-film processing, etching, device characterization) is an advantage. Experience with optical and opto-electronic experimental techniques, including fiber-based
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experimental research on thin-film composite (TFC) membranes, with emphasis on polyamide interfacial polymerization control, nanoscale structure formation, and structure–property–performance relationships
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with membrane materials, polymer science, nanocomposites, or functional thin films Strong background in electrochemical characterization techniques Proven ability to publish research in international
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integrated circuits (PIC). An optical set-up will be used to characterize the chips and demonstrate the capabilities of the PICs. The PhD will collaborate with researchers in machine learning for analysis