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Physics of Interfaces and Nanomaterials (PIN)
UT
Faculties
TNW
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PIN
Research
Physics of Interfaces and Nanomaterials (PIN)
UT
Faculties
TNW
Clusters
Research groups
PIN
Research
Physics of Interfaces and Nanomaterials research
Topology in Two-Dimensions: towards a quantum spin Hall transistor
The aim of this project is to synthesize novel topological materials that exhibit the QSH effect up to room temperature and to realize topological phase transitions. The project
Unraveling surface enabled phenomena: new physics at the interface
Due to the restriction in the dimension perpendicular to the surface, the quantum nature of matter plays an important role in surface processes. We utilize low-energy electron microscopy
Electron scattering in graphene
Quasiparticle interference is a beautifull example of the particle wave duality, as the electron scatters as a particle but interferes with itself as a wave
Twisted 2D Materials
If two lattices, that are slightly twisted with respect to each other, are placed on-top of each other a new superstructure is found
2D Dirac materials
The rise of graphene has triggered many scientists to search for other two-dimensional ‘Dirac’ materials. The most attractive candidates can be found in
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