Understanding the small to control the big

This project focuses on the fundamental and systematic characterization of water - cellulose (and other polymers) interactions on the nanoscale. These interactions are the main driving force for the dynamic structure of the (cellulose) hydration layer, diffusion pathways of water, polymer chain mobility, and overall morphology of the cellulose-based materials. A deep understanding of these, allows the design and engineering of functional materials with desired properties. Right now, we aim on optimizing conductive nanocomposite films, that can be used in energy materials such as batteries, super caps, and organic electronics. Key techniques are neutron scattering (QENS, SANS), Raman spectroscopy, electrochemical characterization techniques such as EIS and CV, and molecular dynamics simulation.

Are you interested to investigate cellulose-water interactions on a fundamental level? Or do you want rather apply fundamental knowledge in next-generation energy materials? Please reach out to me via lucas.kreuzer@frm2.tum.de, currently there are open positions for master students.