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contribute to groundbreaking research by combining nanofluidics with nanophotonics in the context of heterogeneous catalysis and polaritonic chemistry. About us The Langhammer group operates at the interfaces
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biomarkers. The work integrates catalysis, surface chemistry, materials design, and sensor engineering, and continues all the way to device fabrication and validation in real human breath. This highly
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target breakthroughs in sensitivity and selectivity for disease-related biomarkers. The work integrates catalysis, surface chemistry, materials design, and sensor engineering, and continues all the way
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industrial partners through national innovation programs. You will have access to advanced laboratories for catalysis and materials characterization, and you will work closely with experienced researchers in
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both oxygen and hydrogen anions in the same crystal lattice, giving them unique physicochemical properties that have not yet been explored for heterogeneous catalysis. As a starting point, you will
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will work in a dynamic academic environment where chemistry and materials science meet to explore new functional materials with potential for future applications in catalysis and molecular design. The