Graphene, because of its excellent mechanical, electrical, chemical, physical properties,
sparked great interest to develop and extend its applications. Particularly, graphene based …

The field of molecular electronics, also known as moletronics, deals with the assembly of
molecular electronic components using molecules as the building blocks. It is an …

Electron transport through noncovalent interaction is of fundamental and practical
importance in nanomaterials and nanodevices. Recent single-molecule studies employing …

As the dimensions of a conductor approach the nanoscale, quantum effects begin to
dominate, and it becomes possible to control the conductance through direct manipulation of …

Recent observations of destructive quantum interference in single-molecule junctions
confirm the role of quantum effects in the electronic conductance properties of molecular …

Electron transfer through molecules is an ubiquitous process underlying the function of
biological systems and synthetic devices. The electronic coupling between components …

Quantum interference (QI) of electron pathways has recently attracted increased interest as
an enabling tool for single-molecule electronic devices. Although various molecular systems …

Theory and experiment examining electron transfer through molecules bound to electrodes
are increasingly focused on quantities that are conceptually far removed from current …

To guide the choice of future synthetic targets for single‐molecule electronics, qualitative
design rules are needed, which describe the effect of modifying chemical structure. Here the …

This paper compares the current density (J) versus applied bias (V) of self-assembled
monolayers (SAMs) of three different ethynylthiophenol-functionalized anthracene …