Since the invention of the silicon subwavelength grating waveguide in 2006, subwavelength
metamaterial engineering has become an essential design tool in silicon photonics …

A cost-efficient and low-complexity optical input/output (I/O) packaging solution is a
substantial challenge for volume production of photonic integrated circuits. To address this …

Metamaterials (MMs) have shown huge potential in sensing applications by detecting their
optical properties, which can be designed to operate at frequencies from visible to mid-IR …

Achieving perfect reflection with minimal loss and high efficiency is possible through the
utilization of all-dielectric metamaterials, capitalizing on Mie resonance in materials with …

Graded‐index materials offer virtually complete control over light propagation in integrated
photonic chips but can be challenging to implement. Here, an anisotropic graded‐index …

Metamaterials with a refractive index of zero exhibit physical properties such as infinite
phase velocity and wavelength. However, there is no way to implement these materials on a …

We show the feasibility of controlling the magnetic permeability of optical semiconductor
devices on InP-based photonic integration platforms. We have achieved the permeability …

This work demonstrates a broad-band negative refractive index (NRI) by using the
hybridization effect of dish-net dimer metamaterials (MMs), in the GHz frequency regime …

We designed all-dielectric π-shaped Si metamaterials and numerically demonstrated their
electromagnetically induced transparency (EIT) behavior. Each unit of the metamaterial …

Optical metasurfaces offer high-efficiency and flexible wavefront shaping for near-eye
displays, especially in wideband waveguide couplers accommodating RGB primary colors …