Dynamically switchable supramolecular systems offer exciting possibilities in building smart
surfaces, the structure and thus the function of which can be controlled by using external …

Reversible conductance switching in single quinone-oligo (phenylene vinylene)(Q-OPV)
molecules was demonstrated using electrochemical STM. The switching was achieved by …

The advent of supramolecular chemistry [1] has provided chemists with the wherewithal to
construct molecule-level machines [2, 3] in an efficient manner using the protocol of template …

As a central research target in molecular electronics, molecular switches have been
extensively explored over the past decades. We theoretically demonstrate that when linking …

A major goal of molecular electronics is the development and implementation of devices
such as single‐molecular switches. Here, measurements are presented that show the …

Molecular switches occur throughout nature. In one prominent example, light induces the
isomerization of retinal from the compact 11-cis form to the elongated all-trans form, a …

We report a novel strategy for the regulation of charge transport through single molecule
junctions via the combination of external stimuli of electrode potential, internal modulation of …

In the last decade, hydrogen (H-) tautomerization, that is, a reaction that involves simple
intramolecular proton transfer, has been studied in single phthalocyanine, porphyrin, and …

Conspectus For device miniaturization, nanotechnology follows either the “top-down”
approach scaling down existing larger-scale devices or the “bottom-up'approach …

We report a molecular switching ensemble whose states may be regulated in synergistic
fashion by both protonation and photoirradiation. This allows hierarchical control in both a …