Conspectus Self-assembled monolayers (SAMs) have been established as crucial
interlayers and electronically active layers in organic electronic devices, such as organic …

The state of the art in the field of self-assembled organic interface monolayers widely used in
organic and hybrid electronics is analyzed and the results obtained are summarized. Recent …

Studying the structure–property relations of tailored dipolar phenyl and biphenylphosphonic
acids, we report self-assembled monolayers with a significant decrease in the work function …

A novel Self‐assembled Monolayer (SAM) forming molecule bisjulolidyldisulfide (9, 9'‐
disulfanediylbis (2, 3, 6, 7‐tetrahydro‐1H, 5H‐pyrido [3, 2, 1‐ij] quinoline)) is demonstrated …

Solution-processed nickel oxide (sNiO) is known to be an excellent charge-selective
interlayer in optoelectronic devices. Its beneficial properties can be further enhanced by an …

Inspired by recent success in rationalizing SAMs of PAs on alumina from molecular
dynamics (MD) simulations, in the present work we analyze ion trapping in SAMs from both …

Conformationally rigid multipodal molecules should control the orientation and packing
density of functional head groups upon self-assembly on solid supports. Common tripods …

In this work we examine small conjugated molecules bearing a thiol headgroup as self
assembled monolayers (SAM). Functional groups in the SAM-active molecule shift the work …

A diazatriptycene‐based tetrapodal scaffold with thiol anchors enforces a nearly upright
orientation of functional groups, introduced to its quinoxaline subunit, with respect to the …

Orientation and order of distinct molecular subunits in solid layers of the high mobility n-type
copolymer poly [N, N′-bis (2-octyldodecyl)-1, 4, 5, 8-naphthalenediimide-2, 6-diyl]-5, 5 …