We explain the Fano peak (an asymmetric resonance peak) as an interference effect
involving resonant states. We reveal that there are three types of Fano asymmetry according …

We study the thermopower and thermal conductivity of a gate-defined quantum dot, with a
very strong Coulomb repulsion inside the dot, employing the X-boson approach for the …

We first show that quantum resonant states observe particle number conservation and
hence are consistent with the probabilistic interpretation of quantum mechanics. We then …

We study the thermopower, thermal conductance, electric conductance and the
thermoelectric figure of merit for a gate-defined T-shaped single quantum dot (QD). The QD …

We reveal new and remarkable manifestations of the Fano resonances in high-refractive-
index all-dielectric photonic nanostructures. First, we revisit the conventional problem of light …

We study the coherent transport in a one-dimensional lead with two side-coupled quantum
dots using the Keldysh's Green function formalism. The effect of the interdot Coulomb …

We study the thermoelectric transport properties through a quantum wire, modeled on a tight-
binding linear chain, with an embedded gate-defined quantum dot. We obtain the …

The impurity-modulated electron transport properties in a double quantum dot (QD)
Aharonov–Bohm ring are theoretically studied, by considering impurities locally and …

The nature of electronic eigenstates and quantum transport in a comb‐shaped Fibonacci
nanostructure model is investigated within a tight‐binding framework. Periodic linear chains …

Interaction of bound states with a singular continuous spectrum is studied using a one
dimensional Fibonacci quasicrystal as a prototype example. Single level quantum dots are …