People

Research: Dynamic porous materials and responsive interfacial phenomena

Research: Covalent organic frameworks for solar fuel production

or Room: 5D10 Phone: +49 711 689-1549

Research: Crystal and local structure analysis of reticular materials by single-crystal X-ray and electron diffraction

Research: Design of covalent organic framework metal complexes for photocatalysis

Research: Designing COFs for organic electronics

Research: Covalent Organic Frameworks for catalysis, Microswimmer

Research: Topological quantum materials for hydrogen evolution reaction

Research: 2D materials for solar batteries

Research: Synthesis and characterisation of novel air-stable thiophosphate solid ion conductors

Research: Synthesis and characterization of carbon nitrides

Research: 2D materials, hybrid perovskites

Research: Synthesis and characterization of thiophosphate solid electrolytes

Research: Layered quantum materials for electrochemical water splitting

Research: solar batteries, photocatalysis

Research: Organic Photocatalysis

Research: Design and synthesis of covalent organic frameworks for (photo)electrocatalysis

Research: Design, synthesis and morphology engineering of photoelectrochemically active MOFs for water splitting

Research: Bulk and Interfacial Electrochemical Characterization of Solid State Electrolytes

Research: Synthesis, structural and electrochemical characterization of thiophosphate and halide-based Lithium solid electrolytes

Research: Covalent organic frameworks for CO₂ reduction

Research: Covalent organic frameworks for electrochemical applications

Research: Synthesis and characterization of layered superionic conductors

Research: Development of redox flow solar batteries based on carbon nitrides

Research: Modulation and Functionalization of Covalent Organic Frameworks

Research: Design and synthesis of covalent organic frameworks for carbon dioxide reduction

Research: Synthesis and characterization of (oxy)halide-based solid electrolytes

Research: Passivation of thiophosphate solid electrolytes