Oligothiophenes provide a highly controlled and adaptable platform to explore various
synthetic, morphologic, and electronic relationships in organic semiconductor systems …

To arrive at functional organic materials with optimal molecular organization, control over the
aggregation process is a prerequisite. Often, however, multiple pathways are involved that …

Conspectus This Account aims to describe our experience in the use of patterning
techniques for addressing the self-organization processes of materials into spatially …

Four pentacoordinate complexes, 1–4, of the type [Co (L1) X2] and [Co (L2) X2](where L1=
2, 6-bis (1-octyl-1H-benzimidazol-2-yl) pyridine for 1 and 2, L2= 2, 6-bis (1-dodecyl-1H …

Thiophene-based compounds have acquired increasing importance in materials science
and technology, owing to their multiple functional properties, chemical robustness, and …

Soft lithography-based patterning techniques have been developed to investigate biological
and chemical phenomena. Until now, micropatterning with various materials required …

Conspectus During the last few decades, multifunctional nano-and microfibers made of
semiconducting π-conjugated oligomers and polymers have generated much interest …

This study reveals the capability of nanostructured organic materials to undergo
pseudomorphic transformations, a ubiquitous phenomenon occurring in the mineral …

The applications of organic semiconductors in complex circuitry such as printed CMOS-like
logic circuits demand miniaturization of the active structures to the submicrometric and …

Here we describe the fabrication of organic phototransistors based on either single or
multifibers integrated in three-terminal devices. These self-assembled fibers have been …