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strong experimental background in frequency-locked lasers or optoelectronics. Experience with dual-comb laser spectroscopy is advantageous. Hands-on experience with data acquisition and signal processing
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-films through innovative deposition processes and high-throughput materials screening. The opportunity: Contribute to groundbreaking research on UV-resilient transparent conductive materials
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and inorganic powder-based materials for structural and functional applications. You will study and characterize the powder and formulation dependent granulation process to develop advanced ceramic
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on different topics related to wound healing. Project background Wound healing is a complex process in which a cascade of physiological events takes place to restore injured skin to its full functionality
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is a key-enabling technology for advanced manufacturing. In order to address increasingly complex demands on joining (dissimilar materials combinations, miniaturisation, extreme operation conditions
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these exclusively via our job portal. Applications by e-mail and by post will not be considered. Where to apply Website https://academicpositions.com/ad/empa/2025/phd-position-in-high-entropy-oxides-… Requirements
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of this project, you will work with a team of scientists with backgrounds in chemistry, cell biology and microbiology as well as with clinical partners on the development of engineered corneal transplant to treat
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a Power-to-X technology make plasma processing a promising method to decarbonize energy-intensive industrial processes while creating sustainable products from greenhouse gases. The postdoc work will
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generation of hernia repair meshes with built-in local drug-delivery strategies to enhance post-surgical outcomes. Your tasks Develop novel medical liquid-core fibers for drug-loaded hernia repair meshes
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innovative deposition processes and high-throughput materials screening. The opportunity: Contribute to groundbreaking research on UV-resilient transparent conductive materials for photovoltaic technologies