Single-molecule optoelectronic devices promise a potential solution for miniaturization and
functionalization of silicon-based microelectronic circuits in the future. For decades of its fast …

Oligo (arylene ethynylene)(OAE) derivatives are the “workhorse” molecules of molecular
electronics. Their ease of synthesis and flexibility of functionalisation mean that a diverse …

Quantum interference (QI) plays an imperative role in the operation of molecular devices
within the phase-coherent length, and it is vital to harness the patterns of QI, ie, constructive …

Quantum interference (QI) of electron waves passing through a single-molecule junction
provides a powerful means to influence its electrical properties. Here, we investigate the …

This reference text presents a conceptual framework for understanding room-temperature
electron and phonon transport through molecules and other quantum objects. The flow of …

The single molecular conductance of viologen derivative VSMe and supramolecular
compound VSMe-PA [5](pillararene [5]) was investigated. The difference of their …

Abstract Whilst 2‐or 5‐OMe groups on the bridging phenylene ring in [{Cp*(dppe) RuC≡ C}
2 (μ‐1, 3‐C6H4)]+ have little influence on the electronic structure of this weakly coupled …

Understanding and manipulating quantum interference (QI) effects in single molecule
junction conductance can enable the design of molecular-scale devices. Here we …

Assembling and prototyping circuits on a common breadboard scaffold is critical for
developing functional single molecule electronic devices. To this end, we recently …

The ability to easily and reliably predict quantum interference (QI) behaviour would facilitate
the design of functional molecular wires with potential applications in switches, transistors …