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 …

Single-molecule measurements of single-molecule conductance between metal nanogap
electrodes have been actively investigated for molecular electronics, biomolecular analysis …

The development of methodologies to identify single molecules and/or to detect/monitor
molecular behavior at the single-molecule level is one of the important research topics in …

Monitoring and manipulating the physical and chemical behavior of single molecules is an
important development direction of molecular electronics that aids in understanding the …

Governing individual molecules and their utilization is one of the scientific dreams of our
age. The realization of this dream could open the door to a miniaturization revolution in …

Comprehensive Summary Charge transport characterization of single‐molecule junctions is
essential for the fundamental research of single‐molecule physical chemistry and the …

Single‐molecule devices, which are fabricated by the single molecule bridged through
electrodes, provide a promising approach to investigate the intrinsic chemical or physical …

Since our understanding of single-molecule junctions, in which single molecules are
connected between nanoelectrodes, has deepened, we have paved the way to single …

The concept of using single molecules as functional building blocks in electronic circuitry
represents the ultimate device miniaturization and has garnered tremendous attention from …

Single-molecule electronics has evolved as a vibrant research field during the last two
decades. The vision is to be able to create electronic components at the highest level of …