Planar Carbon Lattices

A1 - Synthesis, structure and transport properties of 2D c-MOFs
Renhao Dong (TUD), website: link

A2 - Bottom-up synthesis of topological graphene nanoribbons
Xinliang Feng (TUD), website: link

A3 - Covalent patterning of graphene
Andreas Hirsch (FAU), website: link

A4 - Precursor-derived printing of PCL electroadsorption devices
Stefan Kaskel (TUD), website: link

A5 - Formation and functionalization of PCLs
Hans-Peter Steinrück (FAU), website: link

B1 - Self-assembled device structures and unique PCL-structures
Marcus Halik (FAU), website: link

B2 - Structural, electronic, and vibronic topology in PCLs
Thomas Heine (TUD), website: link

B3 - On-surface synthesis and electronic structure of topological PCLs
Sabine Maier (FAU), website: link

B4 - Physics of planar carbon tunnel junctions
Heiko Weber (FAU), website: link

C1 - In situ and solid-state NMR spectroscopy of PCLs
Eike Brunner (TUD), website: link

C2 - Accurate prediction of multi-electron core excitations in PCLs
Dorothea Golze (TUD), website: link

C3 - Multidimensional (1D and 2D) spectroscopy of charge carriers within PCL
Dirk Guldi (FAU), website: link

C4 - Optical/vibrational signatures of structural & electronic topology
Janina Maultzsch (FAU), website: link

C5 - Electrochemistry of PCLs probed by operando vibrational spectroscopy
Inez Weidinger (TUD), website: link