Probing the optical and charge transport characteristics in molecular junctions not only
provides fundamental understanding of light–matter interactions and quantum transport at …

The molecule–electrode interface can regulate both the efficiency and pathways of electron
transport through single-molecule junctions (SMJs). The electromechanics of the interface …

While chemical reactions at a gold electrode can be monitored using molecular
conductance and driven by extrinsic stimuli, the intrinsic properties of the nanostructured …

Chemistry of the Au–S interface at the nanoscale is one of the most complex systems to
study, as the nature and strength of the Au–S bond change under different experimental …

The utilization of single molecule electronic devices represents a significant avenue toward
advancing next-generation circuits. Recent investigations have notably augmented our …

Strong molecule-electrode coupling originating from orbit hybridization between gold and
the delocalized molecular wires in single-molecule junctions facilitates facile transport …

Formation and characterization of single-molecule circuits with organometallic molecules
enhance the scope of observable phenomena due to the incorporation of a transition-metal …

Functional molecular electronics require molecular design that provides integrity and
stability. In this work, we explored two types of single molecule devices differing in anchoring …