This review summarizes recent advances in sensors based on photonic crystal technologies
for biomedical sensing applications. Photonic crystal sensing offers enormous promise due …

Phase-only modulators are of great importance for dynamic control over the wavefront of
light in a wide range of applications where high efficiency and uniform amplitude are …

In this work, a 2-D photonic crystal (PhC)-based refractive index biomedical sensor is
designed, simulated and evaluated. The proposed design successfully and accurately …

In this paper, an electrically tunable all‐dielectric metasurface doublet is proposed operating
at mid‐infrared frequency regime with dynamic 2π phase span in transmission mode. Each …

In this paper, an electro-optical 4-to-2 encoder based on a photonic crystal is presented. The
structure is composed of four silicon waveguides, four photonic crystal structures including …

Abstract According to the World Health Organization, Malaria is still a dangerous disease.
Efforts to discover and cure it are widely required. In this work, 2D photonic crystal (PhC) …

Herein, a tunable semiconductor‐based metasurface, based on electro‐optical modulation
of an array of geometrically‐fixed silicon (Si) nanobars, sandwiched between two distributed …

Vanadium dioxide (VO 2) has emerged as a prominent optical phase change material (O-
PCM) for creating high performance devices based on hybrid silicon platforms. However …

This study introduces the creation, simulation, and assessment of a 2-D photonic crystal
refractive index biomedical sensor, enriched with intricate design considerations. The focal …

A highly sensitive and tunable 2D rod-type silicon photonic crystal cavity based biosensor
configuration has been designed and numerically analyzed. The structure is optimized so …