Minimizing charge carrier injection barriers and extraction losses at interfaces between
organic semiconductors and metallic electrodes is critical for optimizing the performance of …

Photoemission spectroscopy is commonly applied to study the band structure of solids by
measuring the kinetic energy versus angular distribution of the photoemitted electrons. Here …

Controlled two-dimensional assembly of organic molecules can be successfully realized by
meansof surface nanotemplates that provide surface cues for assembly upon adsorption …

On-surface fabrication of covalently interlinked conjugated nanostructures has attracted
significant attention, mainly because of the high stability and efficient electron transport …

Through the interplay of high-resolution scanning tunneling microscopy (STM)
imaging/manipulation and density functional theory (DFT) calculations, we have …

Metal work-function modification with the help of organic acceptors is an efficient tool to
significantly enhance the performance of modern state-of-the-art organic molecular …

The energy positions of frontier orbitals in organic electronic materials are often studied
experimentally by (inverse) photoemission spectroscopy and theoretically within density …

The bottom-up construction of low-dimensional macromolecular nanostructures directly on a
surface is a promising approach for future application in molecular electronics and …

The growth behavior of iron (II) phthalocyanine (FePc) molecules on Cu (111) and on
NaCl/Cu (111) surfaces has been studied by a variable-temperature scanning tunneling …

The frontier orbitals of molecules are the prime determinants of their chemical, optical and
electronic properties. Arguably, the most direct method of addressing the (filled) frontier …