… In this review article, we highlight recent advances in molecular switches … molecular
switches on surfaces triggered by various external stimuli that do not provide single molecule …

… is a crossing field, which involves materials science, engineering, physics, chemistry, and
biology, which will advance this powerful technology and foster its rapid development towards …

… the molecular scale by the use of bottom-up surface self-assembly schemes. This paper
introduces the concepts of single molecule switches … reversible single-molecule switches and to …

… a single-molecule level. We demonstrate a fully reversible, two-mode, single-molecule electrical
switch with … a reversible molecular electrical switch that consists of a single diarylethene …

From its very start, one of the most intriguing motivations of molecular electronics is to provide
unique and low-cost solutions for electronic functions based on molecules, such as diodes…

… force is present, directed towards the beam axis. b: Along the optical axis, gradient force is
directed towards the beam focus, whereas scattering force is directed towards the direction of …

… The ideal interface between single molecules and the leads … been made towards this end,
achieving the ideal molecule–… used approach to controlling molecular switches and can be …

… The anchor groups were chosen such that strong molecule–electrode contacts would …
molecular switching in-junction under ambient conditions. Single-molecule conductance switching, …

… (A) We adapt an antibody into a molecular switch by tethering it to a bait molecule through
a DNA … (B) Molecular switch operates through a three-state competitive equilibrium, where …

… on single molecule switches that we consider the most promising way to materialize the
implementation of single molecule … route towards (mass) production of single-molecule devices. …