An ultimate goal of molecular electronics, which seeks to incorporate molecular components
into electronic circuit units, is to generate functional molecular electronic devices using …

Conspectus The field of molecular electronics has grown rapidly since its experimental
realization in the late 1990s, with thousands of publications on how molecules can act as …

Cobalt terpyridine oligomers are compared with π‐conjugated and ruthenium‐centered
layers in molecular junctions (MJs) with identical contacts. A wide range of layer thickness is …

Plasmon excitation in molecular tunnel junctions is interesting because the plasmonic
properties of the device can be, in principle, controlled by varying the chemical structure of …

Molecular junctions consisting of a Ru (bpy) 3 oligomer between conducting carbon contacts
exhibit an exponential dependence of junction current on molecular layer thickness (d) …

Probing charge and energy transport in molecular junctions (MJs) has not only enabled a
fundamental understanding of quantum transport at the atomic and molecular scale, but it …

Carbon-based molecular junctions consisting of aromatic oligomers between conducting
sp2 hybridized carbon electrodes exhibit structure-dependent current densities (J) when the …

The bias and temperature dependence of both dark and photoinduced currents in carbon-
based molecular junctions were examined over a wide range of oligomeric layer thickness …

Molecular electronic junctions consisting of nitroazobenzene oligomers covalently bonded
to a conducting carbon surface using an established “all-carbon” device design were …

Photocurrents generated by illumination of carbon-based molecular junctions were
investigated as diagnostics of how molecular structure and orbital energies control …