Molecular assembly is crucial in functional molecular materials and devices. Among the
molecular interactions that can form assemblies, stacking among π-conjugated molecular …

The manipulation of molecule-electrode interaction is essential for the fabrication of
molecular devices and determines the connectivity from electrodes to molecular …

Recent progress in addressing electrically driven single‐molecule behaviors has opened up
a path toward the controllable fabrication of molecular devices. Herein, the selective …

Molecules are promising candidates for electronic device components because of their
small size, chemical tunability, and ability to self-assemble. A major challenge when building …

The realization of molecular-scale electronic devices will require the development of novel
strategies for controlling electrical properties of metal| molecule| metal junctions, down to the …

Single molecular junctions, in which a single molecule bridges between metal electrodes,
have attracted wide attention as novel properties can appear due to their peculiar …

If individual molecules are to be used as building blocks for electronic devices, it will be
essential to understand charge transport at the level of single molecules. Most existing …

The experimental investigation of intermolecular charge transport in π‐conjugated materials
is challenging. Herein, we describe the investigation of charge transport through …

Deciphering charge transport through multichannel pathways in single‐molecule junctions
is of high importance to construct nanoscale electronic devices and deepen insight into …

There is much discussion of molecules as components for future electronic devices.
However, the contacts, the local environment and the temperature can all affect their …