Beam splitters play important roles in several optical applications, such as interferometers,
spectroscopy, and optical communications. In this study, we propose and numerically …

Based on the principle of self-imaging, a 1× 2 graphene waveguide beam splitter is
proposed in this work, which can split the graphene surface plasmons excited by far-infrared …

In this study, we present the design of a photonic crystal (PC) structure with a hexagonal
lattice, where adjustments to the PC unit cell symmetry reveal an all-angle self-collimation …

Chip-based terahertz devices are emerging as versatile tools for manipulating millimeter-
wave frequencies in the context of integrated high-speed communication technologies for …

Beam splitters are an indispensable part of optical measurements and applications. We
propose a dynamic beam splitter incorporating all-dielectric metasurface in an elastic …

Metasurfaces have been widely investigated for their capabilities of manipulating wavefront
versatilely and miniaturizing traditional optical elements into ultrathin devices. In this study, a …

Metasurfaces have been used to make various optical devices such as beam splitters
because of their excellent capability to control light. The most recent work on metasurface …

Polarization is one of the fundamental properties of light and has an important application
value, involving multiple fields, such as imaging, display, quantum computing, and …

The wavevector diagrams or eigenfrequency contours (EFCs)(also called dispersion
surfaces) are the best tools to explore the optical properties of photonic crystals (PhCs) …

Paper Title (use style: paper title) Page 1 XXX-X-XXXX-XXXX-X/XX/$XX.00 ©20XX IEEE
Investigation of Self-Collimation Properties in NonLinear Low Symmetry Photonic Crystal …