This Review presents a discussion of the conformation of biphenyl derivatives in different
chemical environments. The interplay between aromatic stabilization and steric repulsion …

An overview of studies on elastic and inelastic electron transport properties of molecular
junction devices is presented. The development of the experimental fabrication and …

We report results of quantum chemical calculations for the neutral and anionic species of (4,
4′)-bipyridine (44BPY), a prototypical molecule with a floppy degree of freedom, placed in …

In this work, we investigate the electronic transport properties of a graphene allotrope
composed of 5–6-7 carbon aromatic rings called phagraphene and compare with the results …

The electron transport behaviors through a series of molecular junctions, which consist of
polyacene molecule bridging armchair CNT (5, 5) electrodes, have been investigated using …

In this paper is investigated the transport and electronic properties of 1-D material, such as
zigzag PhaGraphene NanoRibbons (zzPGNR) substitutionally B-and N-doped, ie, B-doped …

Nanoimprint lithography (NIL) is a fast, simple and high throughput technique that allows
fabrication of structures with nanometre precision features at low cost. We present an …

We have investigated, by means of a nonequilibrium Green's function method coupled to
density functional theory, the electronic transport properties of molecular junctions …

In this work, we study the properties of electronic transport in molecular junctions formed by
bipyridine isomers as central region coupled at electrodes of carbyne wires. Through …

We have investigated electronic transport in a single-molecule junction composed of a
biphenyl molecule attached to a p-doped semiconductor and metallic carbon nanotube …