Studies of molecular thermoelectrics help to reveal how atomic-detailed structural
modification in molecules can affect the thermopower of molecular-scale devices. This …

Many advanced materials have been developed for organic field‐effect transistors (OFETs)
or thin‐film transistors (TFTs) based on organic and organic hybrid materials. However …

The study of molecular wires facilitating long-range charge transport is of fundamental
interest for the development of various technologies in (bio) organic and molecular …

Based on the powerful concept of embedded dipole self‐assembled monolayers (SAMs),
highly conductive interfacial layers are designed, which allow tuning the contact resistance …

The fabrication of high‐performance (opto‐) electronic devices based on 2D channel
materials requires the optimization of the charge injection at electrode–semiconductor …

Long-range charge transport (LRCT) in molecular wires is crucial for the advancement of
molecular electronics but remains insufficiently understood due to complex transport …

There is a rapidly increasing interest in organic thin film thermoelectrics. However, the power
factor of one molecule thick organic film, the self-assembled monolayer (SAM), has not yet …

Quantum-tunneling-based nanoelectronics has the potential for the miniaturization of
electronics toward the sub-5 nm scale. However, the nature of phase-coherent quantum …

Since the first demonstration of chemisorption of N‐heterocyclic carbene (NHC) on a gold
substrate by Weidner and Siemeling in 2011, NHCs for anchors to deposit molecules on …

The Seebeck effect of a molecular junction in a hop** regime or tunneling-to-hop**
transition remains uncertain. This paper describes the Seebeck effect in molecular epitaxy …