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

Recent advances in single-molecule electronics hold promise to go beyond the initial idea of
constructing molecular devices and offer new opportunities to investigate single-molecule …

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

Destructive quantum interference (DQI) provides a unique approach to controlling the
leakage current in the OFF state of molecular devices. However, the DQI in π-conjugated …

Single-molecule junctions (SMJs) have been fabricated using layers generated by
diazonium electroreduction. This process creates a C–Au covalent bond between the …

Single-molecule electronics can fabricate single-molecule devices via the construction of
molecule–electrode interfaces and also provide a unique tool to investigate single-molecule …

The single‐molecule electronic devices offer the ultimate solution to miniaturize integrated
circuits, and subthreshold swing (SS) is the key indicator of the power consumption for …

For designing single-molecule devices that have both conjugation systems and structural
flexibility, a hyperconjugated molecule with a σ–π bond interaction is considered an ideal …

Most single-molecule transport experiments produce large and stochastic data sets
containing a wide range of behaviors, presenting both a challenge to their analysis and an …

Understanding the impact of substituents on the quantum interference effect at single
molecule scale is of great importance for the design of molecular devices. In this work, three …