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

The achievement of atomic control over the organic–inorganic interface is key to
engineering electronic and spintronic properties of molecular devices. We leverage insights …

The scanning tunneling microscope-based break-junction (STM-BJ) technique is the most
common method used to study the electronic properties of single-molecule junctions. It relies …

Single-molecule circuits with group 8 metallocenes are formed without additional linker
groups in scanning tunneling microscope-based break junction (STMBJ) measurements at …

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

We demonstrate enhanced electronic transport through dimer molecular junctions, which
self-assemble between two gold electrodes in π–π stabilized binding configurations. Single …

We perform single-molecule conductance measurements and DFT calculations on
histamine, a biogenic amine that contains a flexible aliphatic linker and several nitrogen …

We demonstrate single molecule conductance as a sensitive and atomically precise probe
of binding configurations of adenine and its biologically relevant variants on gold. By …

Alkanes serve an important role as benchmark system in molecular electronics. However, a
large variation in the conductance values is reported in the literature. To better understand …

Herein, IPCT-ESIPT exhibiting nonconventional fluorescent semiconducting polymers (FSP
s) are synthesized using poly (vinyl alcohol)(PVA), 2-acrylamido-2-methylpropanesulfonic …