Topological photonic states provide intriguing strategies for robust light manipulations,
however, it remains challenging to perfectly excite these topological eigenstates due to their …

The generation of wave packets with well-defined momentum and energy distribution
constitutes an experimental challenge in diverse areas of physics. The excitation of …

In recent years, several proposals that leverage principles from condensed matter and high-
energy physics for engineering laser arrays have been put forward. The most important …

In this study, we investigate the stationary states of the Glauber-Fock oscillator waveguide
array. We begin by transforming the associated Hamiltonian into the form of a quantum …

In this work, we propose a completely general method to pump the gapped topological
modes of a lattice of optical waveguides by controlling the propagation constant of an …

We introduce a systematic method to spectrally design quasi-one-dimensional crystal
models described by the Dirac equation in the low-energy regime. The method is based on …

Topological phase of matter has attracted a great deal of interest. Drawing inspiration from
the recent advances in this field, we model the supersymmetric extension of the Altland …

Quantum topological photonics has the potential to improve quantum information
transmission without decoherence. In order to investigate what is the role of topology in the …