Our research on organocatalysis focuses on the use of phosphorus-based organocatalysts. We develop P(III)/P(V) redox-catalysed transformations. As a central aspect, we investigate strategies for the in situ reduction of phosphine oxides to enable their application in P(III)/P(V) redox catalysis.
The further development of sustainable, more efficient and selective organic syntheses is a fundamental goal of chemical research. We are interested in the use of pincer complexes in transfer hydrogenation reactions and their application in synthetically useful reactions as well as in alkali and alkaline earth metals as catalysts.
Synthesis with renewable raw materials and biologically active compounds
By using renewable raw materials instead of fossil-based materials, the carbon footprint of chemical products can be significantly reduced. We work with CO₂, vegetable oils and fats, sugars and natural compounds as starting materials for biologically active and other high-quality products.
