Müller Group
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
Research Focus
The research in Prof. Carolin Müller’s Computational PhotoChemistry Group focuses on the fascinating field of light-induced physical processes and chemical reactions, ranging from electron transfer processes to isomerization. By using advanced computational methods, the mechanisms behind photoinduced phenomena are revealed. A central focus is on the control and optimization of light-driven processes to achieve increased reactivity and efficiency. This research direction is interdisciplinary in nature and not only combines approaches from quantum chemistry and chemoinformatics, but also works closely with experimental, spectroscopic research groups.
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PRISM: Photochemical Rules and Insights for Systematic Modeling
(FAU Funds)
Term: 1. December 2024 - 31. December 2025 -
Eco-PhotoCompute - Crafting Sustainable Strategies for Computational Photochemistry
(FAU Funds)
Term: 15. July 2024 - 15. July 2025