Molecular electronic devices with tunable conductance states show great potential in
building memories and logic components for next-generation circuits. In recent years …

Purely organic photochromic materials, which can undergo photo-induced reversible
switching between two isomers, have received enormous attention in the last decade, due to …

Thin layers of diarylethene oligomers (oligo (DAE)) were deposited by electrochemical
reduction of a diazonium salt on glassy carbon and gold electrodes. The layers were fully …

Polyoxometalates have been proposed in the literature as nanoelectronic components,
where they could offer key advantages with their structural versatility and rich …

The aim of molecular electronics is to miniaturize active electronic devices and ultimately
construct single-molecule nanocircuits using molecules with diverse structures featuring …

Photochromic conducting molecules have emerged because of their unique capacity to
modulate electrical conductivity upon exposure to light, toggling between high and low …

Molecules are fascinating candidates for constructing tunable and electrically conducting
devices by the assembly of either a single molecule or an ensemble of molecules between …

Despite the long history of porous materials as adsorbates, fundamental limitations remain
regarding the efficient capture and release of the gas molecules, with the working capacity of …

Photoactive molecular junctions, based on 4 nm thick diarylethene (DAE) and 5 nm thick
bisthienylbenzene (BTB) layers, were fabricated by electrochemical deposition. Total …

We report a strong and structurally sensitive 13C intramolecular conductance isotope effect
(CIE) for oligophenyleneimine (OPI) molecular wires connected to Au electrodes. Wires …