The interaction of light and sound waves at the micro and nanoscale has attracted
considerable interest in recent years. The main reason is that this interaction is responsible …

We investigate the properties of a photonic-magnonic crystal, a complex multifunctional one-
dimensional structure with magnonic and photonic band gaps in the GHz and PHz …

A rigorous time Floquet method for the calculation of scattering of electromagnetic waves by
a homogeneous spherical object, characterized by a periodically varying-in-time isotropic …

A fully dynamic theoretical approach to layered optomagnonic structures, based on a time
Floquet scattering-matrix method, is developed. Its applicability is demonstrated on a simple …

Effective confinement of light and sound is achieved through a one-dimensional phoxonic
crystal (PxC) cavity. In particular, co-localization of gigahertz phonons and infrared photons …

By using the nondominated sorting-based genetic algorithm II, we study the topology
optimization of 2D phoxonic crystals (PxC) with simultaneously maximal and complete …

The limits of validity of the linear photoelastic model are investigated in a one-dimensional
dual photonic-phononic cavity, formed by alternating layers of a chalcogenide glass and a …

We investigate the acousto-optic coupling rates between different acoustic resonance
modes and a specified optical resonance mode in a one-dimensional phoxonic crystal …

Phoxonic crystals (PXCs) which exhibit simultaneous phononic and photonic bandgaps are
promising artificial materials for optomechanical and acousto-optical devices. In this paper …

In this study, strong optomechanical (OM) coupling is proposed through the introduction of a
slot in a dual-beam phoxonic crystal cavity structure. The structure can support a confined …