Graphene and Graphene derivatives are promising nanostructures to create new atomically precise materials. However, to this goal, it is important to functionalize and manipulate the graphene network in order to include specific species that confer new functionalities to the layer. We have used X-Ray Photoelectron Spectroscopy in order to determine…
A simple model to explain graphene Moirés on single crystal metal surfaces Graphene revealed to be the most outstanding material of the decade. Scanning Tunneling Microscope (STM) images have proved the existence of Moiré superstructures on epitaxial graphene due to the spatial coincidence of the atomic periodicity of the graphene…
New bottom-up strategies for molecular assembly to tailor-build new molecules The appearance on the technological scene of new electronic devices based on organic molecules is awaited with much expectation since they promise to be inexpensive, flexible, faster and smaller than those based on silicon technology. However, molecular electronics faces important…
Published in Phys. Rev. Lett. by ESISNA Graphene is one of the most outstanding materials of the decade. Among all the different proposed applications and protocols to growth it, epitaxial graphene on single-crystal metal surfaces have acquired a significant relevance as a model system where to rationalize their atomic structure,…