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materials and bio-inspired autonomous systems. The research involves experimental studies of swelling, wetting, and transport phenomena, and the development of physical interpretations of responsive behavior
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the development of next-generation integrated photonic chips for optical clocks, integrated light sources for quantum technology and advanced integrated microwave photonic chips for 6G telecommunications and beyond
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on the stack development for reversible reduction of highly concentrated bicarbonate/ formate solutions on the 1-3 kW scale, and benchmark the system against known vanadium redox couples used in vanadium flow
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or writing sample you are particularly proud of; Contact information for two academic references, preferably including your PhD supervisor, who may be contacted during the selection process; The first round of
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with binding. You will work closely with three PhD students who develop the microbubbles and tune their molecular targeting and viscoelastic shell properties. You will have substantial freedom to develop
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or continual learning paradigms Research Statement. Two reference letters (one from your PhD supervisor). Please contact Dr. Özlem Durmaz Incel if you have any additional questions via the following