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cells at surfaces for materials-based healthcare solutions. PostDoc to develop a injectable hydrogel for intraocular drug delivery Your tasks Retinal diseases such as age-related macular degeneration and
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for patients and clinics. We thus aim to develop a minimally invasive, injectable biomaterial platform designed to enable predictable, long-term ocular delivery of biologics while maintaining optical
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laboratory at Empa. The group focuses on developing novel reactor and process concepts along the value chain of carbon capture and utilization, and on integrating them into a net-zero energy system. The work
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. Empa is a research institution of the ETH Domain. The Center for X-ray Analytics develops X-ray methodologies for understanding structural behaviour in materials science. We focus on the evaluation
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further involving ETH Zurich, University of Fribourg, HES-SO, Northwestern University (USA) and University of Alberta (Canada). The NCCR focuses on three key challenges: CO2 capture from air: Developing
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projects in the field of analytics and maintain an extensive network with universities, research institutes, industry partners, and federal authorities – both nationally and internationally. The training
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are explored for applications ranging from magnetoelectronic devices to advanced biomedical systems. A central strength of our group is the development and operation of unique, home-built scanning probe
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for applications ranging from magnetoelectronic devices to advanced biomedical systems. A central strength of our group is the development and operation of unique, home-built scanning probe microscopy platforms
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) Close collaboration with micromagnetic modeling work (Prof. Dieter Suess, University of Vienna) Close collaboration on MPI and MPS measurements (Prof. Dr. Matthias Graeser, University of Rostock) Close
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. Empa is a research institution of the ETH Domain. For an applied research project, we are seeking a highly motivated Postdoc interested in the development of a hybrid AM manufacturing process for silicon