▪ Abstract Electron transmission through molecules and molecular interfaces has been a
subject of intensive research due to recent interest in electron-transfer phenomena …

Extensive studies on thin films indicated a generic cubic current–voltage I–V dependence as
a salient feature of charge transport by tunneling. A quick glance at I–V data for molecular …

An analytical expression is obtained for the I–V curves for a tight-binding model of a
molecule–metal junction for off-resonance injection. The derivation takes into account a self …

The on-top and on-hollow connections of a molecule to leads are studied in the context of
the single-molecule conductance measured by STM-related techniques. In the framework of …

The exact closed expression of zero-temperature Ohmic conductance for heterojunctions of
the type three-dimensional (3D) metal/molecule/3D metal is obtained. It is specified further in …

Using a tight-binding model we have studied the electronic transmission through a C 60
molecule sandwiched between a metal surface and a metal (scanning tunnelling …

The transmission through prototype aromatic molecule junctions formed between armchair
(metallic) carbon nanotube electrodes is studied using a tight-binding model with a Green's …

We develop nonorthogonal projectors, called Löwdin projectors, to construct an effective
donor–acceptor system composed of localized donor (D) and acceptor (A) states of a long …

This chapter provides a researcher with the necessary requisites for independent modeling
of coherent electron transport through a single molecule connecting two …

The exact analytical expression of the Green function of oligomers M–M–…–M and M1–M2–
M1–…–M2–M1, where M, M1, and M2 are monomers of arbitrary π electronic structure …