Abstract
We discuss here recent advancements in the field of electrochemically-gated single-molecule conductance measurements. Important practical techniques and considerations are discussed alongside methods to determine the mechanism of charge transport in molecular junctions. Organic and organometallic systems are discussed, with a focus on systems showing clear electrochemically-gated activity. We highlight a clear need in the field for more in-depth analysis, at higher potential resolution and over a wider electrochemical window to provide more mechanistic insights in such systems. Detailed analyses are key to a deeper understanding of the physical processes operative in single-molecule junctions, and to translate fundamental studies into functional devices.
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