The field of organic electronics has been prolific in the last couple of years, leading to the
design and synthesis of several molecular semiconductors presenting a mobility in excess of …

A most appealing feature of the development of (opto) electronic devices based on
conjugated organic materials is the highly visible link between fundamental research and …

Although an isolated individual molecule clearly has only one ionization potential, multiple
values are found for molecules in ordered assemblies. Photoelectron spectroscopy of …

Organic–organic heterojunctions (OOHs) are critical features in organic light‐emitting
diodes, ambipolar organic field‐effect transistors and organic solar cells, which are …

The fundamental physical and chemical phenomena that can occur at interfaces between
conjugated organic molecules and metal surfaces are discussed. The adsorption strength of …

Heterojunctions created from thin films of two dissimilar organic semiconductor materials
organic/organic′(O/O′) heterojunctions are an essential component of organic light …

Large π-conjugated molecules, when in contact with a metal surface, usually retain a finite
electronic gap and, in this sense, stay semiconducting. In some cases, however, the metallic …

We review basic concepts as well as recent examples and applications of organic–organic
heterostructures. We organize the different types of heterostructures according to material A …

Orientation-dependent ionization potentials (IPs) of organic thin films have been
investigated with the combination of synchrotron-based high-resolution photoemission …

Increasingly high hopes are being placed on organic semiconductors for a variety of
applications. Progress along these lines, however, requires the design and growth of …