We investigate the fate of topological states on fractal lattices. Focusing on a spinless chiral
p-wave paired superconductor, we find that this model supports two qualitatively distinct …

Using the Sierpiński carpet and gasket, we investigate whether fractal lattices embedded in
two-dimensional space can support topological phases when subjected to a homogeneous …

In this paper, we construct a 1D PT-symmetric Thue-Morse aperiodic optical waveguide
network (PTSTMAOWN) and mainly investigate the ultrastrong extraordinary transmission …

In this study, we examine the statistics of level spectra in a noninteracting electron gas
confined to a Sierpiński carpet lattice. These lattices are constructed using two types of the …

We present an analytically exact scheme of unraveling a multitude of flat, dispersionless
photonic bands in a kagome waveguide strip where each elementary plaquette hosts a …

In this paper, we investigate the influences of the mode, number, and sequence of unit cell
on the production of photonic band gaps (PBGs) in one-dimensional (1D) optical waveguide …

In this study, we design a one-dimensional periodic ring multi-connected optical waveguide
network to solve the problem of obtaining ultra-wide photonic band gaps that are too …

In this Letter, a one-dimensional (1D) two-segment-connected two-material waveguide
network (TSCTMWN) is designed to produce comb-like frequency passbands, where each …

A series of periodic networks is designed, in which all of the unit cells construct a series of
fractal triangles, and their extraordinary optical characteristics for producing ultrawide …

In this study, a one-dimensional (1D) two-material period ring optical waveguide network
(TMPROWN) was designed, and its optical properties were investigated. The key …