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 …

When a material of low dielectric constant is excited electronically from the absorption of a
photon, the Coulomb attraction between the excited electron and the hole gives rise to an …

Current models for molecular electrical doping of organic semiconductors are found to be at
odds with other well-established concepts in that field, like polaron formation. Addressing …

Surface and interface analytical studies have generated critical insight of the fundamental
processes at interfaces involving organic semiconductors. I will review surface analytical …

This article focuses on the electronic structure of the poly (3-hexylthiophene): phenyl-[6, 6]-
C61 butyric acid methyl ester (P3HT: PCBM) blend, widely used in bulk heterojunction (BHJ) …

Molecular electrical doping of organic semiconductors has emerged as a valuable strategy
to improve the performance of organic (opto-) electronic devices and to extend the range of …

Progress in the field of organic electronics depends on the synthesis of new π-conjugated
molecules to further improve the performance of, for example, organic light-emitting diodes …

We summarize both historical and recent challenges on angle-resolved and high-energy
resolution ultraviolet photoelectron spectroscopy (UPS) of organic thin films. Topics selected …

This article reviews experimental studies on'bridging electronic structure and charge
transport property of organic semiconductors' performed using ultraviolet photoelectron …

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