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Pushing Electrons with Protons
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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


Project Group B: Biological PCET

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


Project Group C: Interfacial PCET

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




Central Projects

MGK - Integrated Research Training Group

Ö01 - PCET-OptimiCED for all

Z01 - Central Tasks



  • 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
  • MGK - Integrated Research Training Group
  • Ö01 - PCET-OptimiCED for all
  • Z01 - Central Tasks

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37073 Göttingen
Tel. 0551 39-0

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