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conversion. Our research is at the interface between fundamental quantum physics, thermodynamics, nanotechnology, and nanofabrication. Project background This project aims to harness the remarkable properties
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and infrared imaging, in-situ synchrotron imaging). Your tasks The candidate will study physical phenomena such as internal laser beam reflection, beam trapping in powder streams and powder beds, multi
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highly motivated postdoctoral researcher fascinated by quantum nanoscience, with a strong interest in surface and spin physics. Your tasks You will conduct pioneering research on quantum coherent control
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. You will perform microstructural characterization of dry coated electrodes using physical and machine learning based methods and the electrochemical assessment of the electrodes in battery cells. Your
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for biomedical applications. Your tasks Study the joint assembly of biopolymer in compartmentalized or bulk hydrogels. Characterize the resulting physical hydrogel properties as well as how these properties can be
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chemical and physical surface functionalization. The goal of the PhD project is to investigate how enzymes can be encapsulated in biocomposites to control both the assembly or crosslinking of biopolymers as
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. Empa is a research institution of the ETH Domain. Empa's Laboratory of Biomimetic Membranes and Textiles is a pioneer in physics-based modeling at multiple scales. We bridge the virtual to the real world
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. The role of the PhD student at Empa will be the development of synthesis processes using light-based 3D printing of hydrogel-ceramic composites and the identification of process-structure-property
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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