Project groups and projects
Project Group A: Molecular PCET
A01 - Dynamics of CT-PhotoPCET with Metal Complexes
A02 - Photo-PCET Mediators for Selective Bond Activation and Formation
A03 - Controlling the Selectivity of Bioinspired Cu-Mediated O2 Activation for C-H Oxygenation
A04 - Controlling the Selectivity of N2 Fixation by PCET
A05 - PCET Mediators for Selective Electrochemical Bond Activation and Formation
A06 - PCET-controlled Chemoselective Transformations of Renewable Feedstocks
B01 - Multicomponent Local Correlation Methods for PCET
B02 - Reversible Long-range PCET in Ribonucleotide Reductases
B03 - Metalloenzymes, Bioinspired Complexes and Hybrids for H2 Activation
B04 - Controlling PCET and Radical Transformations in enzyme catalysis
B05 - The Effect of Oriented Electric Fields on PCET Reactions
C01 - Electron Dynamics at Hydrated Magnetically Doped ZnO Surfaces
C02 - Site-specific Kinetics and Dynamics of Surface PCET Reactions
C03 - Photo-/electrochemical Water Oxidation Using Metal-doped Nanoscale ZnO
C04 - Atomic Scale Mechanisms of the Electrocatalytic Oxygen Evolution Reaction
C05 - PCET-active Anodes for Electrosynthesis
C06 - Controlling photoinduced PCET and PCEnT with sub-molecular precision
With a call for project ideas from PhDs/Postdocs, The Early-Stage Researcher Bridge-Projects were launched April 2026 to enable PhD/Postdocs to implement their Project ideas for additional collaborations between CRC 1633 groups. The goal of the call was to fund Collaborative work on PCET by granting up to total 6 months student assistants (HiWi). Project ideas had to involve at least 2 projects from 2 project groups. Proposals were selected by CRC board.