Offers / vacant positions
PostDoc Fellowship Scientific scope:
Photo induced switching in 2D hetero structures.
Fellowship/Grant Scope:
Completion and wrap-up phase of the doctorate in Theoretical Chemistry.
Topics for BSc and MSc theses
Our group offers a broad variety of topics to be investigated in the course of earning a BSc or MSc degree.
Topics can be tailored individually, chosen from a wide range of research scopes. An illustrated overview
can also be found here.
BSc theses
- Computational Design of conjugated 2D polymers and 2D metal-organic frameworks.
- Computational study of coupling reactions to form molecular framework materials (MOFs, COFs, 2D polymers).
- Computational screening of photoactive building blocks for molecular framework materials (MOFs, COFs)
- Steric control of stacking angles of chromophores is metal-organic frameworks.
- Computational design of van-der-Waals heterostructures
- Advanced sensing with van-der-Waals heterostructures
- Computational design of Actinide-based MOFs (together with Stumpf laboratory at HZDR)
- Theoretical investigation of catalytic performance of surface reactions on 2D polymers
MSc theses
- Separation of hydrogen and helium isotopes by exploiting nuclear quantum effects
- Light-matter interactions in 2D polymers and MOFs
- Theoretical invetigation of magnetism in 2D polymers and 2D MOFs
- Topological insulators made of 2D polymers
- Control of collidal growth of 2D nanoparticles using surfactants
- Optoelectronics in van-der-Waals heterostructures
- Development of principal component analysis method for lattice vibrations in 2D materials
Contact: Prof. T. Heine or Dr. J.-O. Joswig.
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