Research Groups – A-Z
The Research Groups (alphabetically sorted)
Prof. Dr. Julien Bachmann
Section
Materials Chemistry
Research areas
Molecular materials:
Energy
Nanostructured interfaces for charge transfer
Extremely thin absorber solar cells
Electrocatalysis and photoelectrocatalysis
Solar batteries
Thin functional coatings: semiconductors, catalysts
Molecular materials:
Information
Atomic layer processing: designer reagents for precision solid deposition
Molecular materials:
Sustainability
Atomic layer processing: precision solid deposition in mild conditions
Atomic-layer additive manufacturing
Member of the following centers
Prof. Dr. Marcus Bär
Section
Physical Chemistry
Research areas
Molecular materials:
Energy
Energy storage (Li- and Li-free batteries, [green] hydrogen/fuel production)
Energy conversion (single- and multijunction solar cells, [SOFC, PEM] fuel cells
Molecular materials:
Sustainability
New catalyst concepts (SCALMS, thin-film catalysts)
Prof. Dr. Henry Dube
Section
Organic Chemistry
Research Area
Molecular materials:
Energy
Molecular machines
Photochemistry
Molecular materials:
Information
Molecular photoswitches
Molecular computing
Responsive Supramolecular Chemistry
Molecular materials:
Sustainability
Recycling of Photochromes
Molecular materials:
Live Science
Photopharmacology
Member of the following centers
Prof. Dr. Peter Gmeiner
Section
Pharmaceutical Chemistry
Research areas
Bioactive compounds:
Compound discovery
Structur-based drug design
Lead compound optimization
Bioactive compounds:
Mechanisms and targets
In vitro functional investigations
Bioactive compounds:
Bioanalytics
Cryo-EM structures
MD simulations
Member of the following centers
Prof. Dr. Andreas Hirsch
Section
Organic Chemistry
Research areas
Molecular materials:
Energy
Organic materials for energy storage
Molecular materials:
Information
Multistate switches for information storage
Member of the following centers
Prof. Dr. Petra Imhof
Section
Theoretical and Computer Chemistry
Research Area
Molecular materials:
Information
Analysis of communication and information flow in macromolecules and molecular complexes
Molecular materials:
Life Science
Protein-Substrate interactions
DNA repair
Enzymatic specificity
Ion transport e.g. through membranes
Regulation and signal transduction in protein complexes
Bioactive compounds:
Compound discovery
Characterisation, optimisation, and rational design and optimisation of drug and pro-drug molecules
Bioactive compounds:
Mechanisms and targets
Elucidating of chemical reaction mechanisms
Enzymatic specificity
Protein-substrate interactions
Member of the following centers
Prof. Dr. Jörg Libuda
Secretary
- Melanie Füssel
Room: Room 0.113-09
Egerlandstraße 3
91058 Erlangen
- Phone number: +49 9131 85-67660
- Fax number: +49 9131 85-67662
- Email: intercat@fau.de
Section
Physical Chemistry
Research Area
Molecular materials:
Energy
Mechanisms & microkinetics
Model catalysis & model electrocatalysis
Molecular materials:
Information
Photoswitches at interfaces
Novel semiconductors, growth mechanisms
Molecular materials:
Sustainability
Interface chemistry & interface reactions
In-situ and operando studies
Member of the following centers
Prof. Dr. Carolin Müller
Section
Theoretical and Computer Chemistry
Research areas
Molecular materials:
Energy
Molecular and material modeling for solar energy conversion
Modeling excited-state processes and reactions triggered by light absorption or energy transfer
Molecular materials:
Sustainability
Efficient workflows for predicting photoinduced processes and reactions
Bioactive Compounds:
Compound discovery
Creation of computational chemistry databases
Machine learning for molecular and material design
Member of the following centers
Prof. Dr. Dirk Zahn
Section
Theoretical & Computational Chemistry
Research areas
Molecular materials:
Energy
Molecular and material modeling for solar energy conversion
Nanoparticles, surfaces/film and porous materials for (electro-)catalysis
Molecular materials:
Information
molecular photoswitches
switchable surfaces, sensors
Molecular materials:
Sustainability
Self-organizing and self-healing materials, catalyst concepts (SILP, SCILL, SCALMS)
Water cleaning by magnetic nanoparticles
Molecular materials:
Life science
Molecular aggregation, self-organization
Protein-ligand docking, molecular recognition
Bioactive compounds:
Compound discovery
Protein-ligand docking, molecular recognition
Bioactive compounds:
Mechanisms and targets
drug formulation & delivery