Random multilayer (RML) structures, or aperiodic superlattices, can localize coherent
phonons and therefore exhibit drastically reduced lattice thermal conductivity compared to …

Coherent phonon heat conduction has recently been confirmed experimentally in
superlattice structures. Such traveling coherent phonon waves in superlattices lead to a …

A broadband absorber which was proposed by one dimensional photonic crystal (1DPC)
containing graphene-based hyperbolic metamaterials (GHMM) is theoretically investigated …

The transmission coefficient and electronic conductance of a graphene monolayer
modulated by multi-electrostatic barriers are theoretically investigated with the transfer …

Recent experiments have revealed multiple borophene phases of distinct lattice structures,
suggesting that the unit cells of ν1/6 and ν1/5 boron sheets, namely α and β chains, serve as …

We study the temperature dependent magnetic susceptibility of a strained graphene
quantum dot using the determinant quantum Monte Carlo method. Within the Hubbard …

In this work we investigate the influence of a Fermi velocity modulation on the Fano factor of
periodic and quasi-periodic graphene superlattices. We consider the continuum model and …

Aperiodic order is ubiquitous in nature and quite relevant in science and technology. There
are extensive works in aperiodic structures studying fundamental characteristics in physical …

The transport properties of Dirac fermions through armchair-edge graphene nanoribbons
(AGNRs) with a single and double rectangular Fermi velocity v F and electrostatic potential …

The transmission probability of electrons tunneling through a graphene superlattice with
periodic potential patterns is investigated using the transfer matrix method. It is found that the …