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Field
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investigate new fibre and surface geometries for flow control and for applications such as water harvesting from atmospheric fog. The physical designs will be partly bio-inspired and will emphasize
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this knowledge to inspire new technological applications. The physical designs will be partly bio-inspired and will emphasize sustainability. This position is well suited to candidates who are highly motivated by
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vanadium-containing electrolytes. Design and optimise novel flow field architectures using bio-inspired and hybrid design approaches, and perform computational fluid dynamics (CFD) simulations using tools
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optical microscopic techniques (e.g. confocal fluorescent microscopy, polarized light microscopy) and biochemical analytical methodologies (e.g. micro-FTIR, micro-XRD, micro-MRI, micro-CT and so on) Bio
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the scope of the R&D project “Vinny – Advanced nano encapsulation of bio-based pesticides and fertilisers for a circular and sustainable viticulture”, reference 101130039 — VINNY, from Center
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programme combining colloid science, nano-bio interfaces, robotics, and data-driven experimentation • Significant scientific freedom to shape research directions, methodologies, and platform development
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across four research groups: Advanced Materials and Surface Science Atomic Physics and Optical Science Biophysics and Bio-analytical Technology Chemical Dynamics and Spectroscopy The institute accommodates
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applications such as water harvesting from atmospheric fog. The physical designs will be partly bio-inspired and will emphasize sustainability. The projects offer opportunities to collaborate with both national
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partly bio-inspired and will emphasize sustainability. This position is well suited to candidates who are highly motivated by fundamental science and excited about questions related to actively controlled
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Engineering, Materials Science, Environmental Engineering, or a related field relevant to bio-integrated and regenerative building technologies. Preferred Knowledge and Competencies Candidates should