We systematically examine all the tight-binding parameters pertinent to charge transfer
along DNA. The π molecular structure of the four DNA bases (adenine, thymine, cytosine …

Contradictory experimental findings and theoretical interpretations have spurred intense
debate over the electrical properties of the DNA double helix. In the present review article …

Within a tight-binding framework, we examine conformation-dependent charge transport
properties of the DNA double-helix, including helical symmetry and the possibility of multiple …

We present the ac response of a DNA charge transport model, where the charge in the π-
stack interacts with the base-pair opening dynamics of the double strand. The calculated ac …

We consider a class of synthetic DNA molecules based on a quasiperiodic arrangement of
their constituent nucleotides. Making use of a two-step renormalization scheme the double …

We employ two tight-binding (TB) approaches to systematically study the electronic structure
and hole or electron transfer in B-DNA monomer polymers and dimer polymers made up of …

The diffusion coefficient is calculated for a charge propagating along a double-stranded
DNA, while it interacts with the nonlinear fluctuational openings of base pairs. The latter …

In this work, we approach the impact of dynamic and static disorder on DNA charge transfer
from a theoretical and numerical perspective. Disordered or defect geometries are either …

A non conventional source or receiver of THz and above THz electromagnetic radiation is
proposed. Specifically, electron or hole oscillations in DNA dimers (two interacting DNA …

We investigate, for the first time, the thermal signature of a single-stranded helical molecule
that is described beyond usual nearest-neighbor electron hopping, by analyzing electronic …