The understanding of charge transport at a single molecule level is a prerequisite for the
fabrication of molecular devices. Here, the relationship between molecular conductance …

Understanding and tuning charge transport in molecular junctions is pivotal for crafting
molecular devices with tailored functionalities. Here, we report a novel approach to …

The electrostatic environment around nanoscale molecular junctions modulates charge
transport; solvents alter this environment. Methods to directly probe solvent effects require …

Molecular-scale electronics is mainly concerned by understanding charge transport through
individual molecules. A key issue here is the charge transport capability through a single …

The design of semiconducting polymers with optimal charge transport characteristics has
been at the crux of scientific research during the recent decades. While increase in …

We have measured the current− voltage characteristics of conjugated oligo-
tetrathiafulvalene-pyromelliticdiimide-imine (OTPI) wires ranging in length from 2.5 to 20.2 …

We present a systematic analysis of molecular level alignments and electron transport
characteristics based on the nonequilibrium Green's function (NEGF) approach combined …

We report the synthesis, transport measurements, and electronic structure of conjugation-
broken oligophenyleneimine (CB-OPI 6) molecular wires with lengths of∼ 4 nm. The wires …

In recent years, various single-molecule electronic components have been demonstrated.
However, it remains difficult to predict accurately the conductance of a single molecule and …

We report a series of single-molecule transport measurements carried out in an ionic
environment with oligophenylenediamine wires. These molecules exhibit three discrete …