A judicious choice of photocatalyst has been shown to play a critical role for the successful realization of challenging photocatalytic transformations. In WP1 the focus is on the fundamental design and understanding of novel photocatalysts, with a focus on strongly photooxidizing and photoreducing photocatalysts based on sustainable materials.
Advanced Technological Solutions to Facilitate Photocatalysis
ESR 1: Design of photocatalysts based on multi-resonant TADF (MR TADF) Emitters
ESR 2: Design of Earth-Abundant metal photocatalysts based on a carbine metal amide (CMA) Design
ESR 3: Photochemical and electrochemical study of photocatalysts and photoreaction mechanisms
ESR 5. Porphyrins as photosensitizers for the activation of diazo compounds
ESR 6: Site-selective C–H bond functionalization of peptides via Photoredox catalysis
ESR 7: Development of Novel Photochemical Approaches to the Preparation of Nitrogen-Containing Heterocycles
ESR 8: Development of novel photoredox-catalyzed enantioselective transformations through C – S bond cleavage
ESR 9: New uncharged precursors for photoredox-mediated radical generation
ESR 10: Contra-thermodynamic alkene isomerization via Selective Energy Transfer Catalysis
ESR 12: Multipurpose high-throughput experimentation platform for screening photocatalytic processes
ESR 13: Scale-up of multiphasic photochemical transformations, development of economic and ecological assessment tools and design of a photo-retrosynthetic analysis system
ESR 15: Light-induced flow cross coupling as a new tool for Pharma Industry
“This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 956324.”
