Chirality, the absence of mirror symmetry, is predominant in nature. The chiral nature of the
electromagnetic field behaves differently with chiral matter for left circularly polarized and …

Low symmetry 2D materials with intrinsic in-plane anisotropic optical properties and high
tunability provide a promising platform to explore and manipulate light–matter interactions …

Low‐symmetry van der Waals materials are promising candidates for the next generation of
polarization‐sensitive on‐chip photonics since they do not require lattice matching for …

VO2 is a promising phase change material offering a large contrast of electric, thermal, and
optical properties when transitioning from semiconductor to metallic phase. Here we show …

In this work, we review the last attempts to use nanostructured materials for the
enhancement of the chiro-optical effects at the nanoscale. Starting from the numerical …

Optical anisotropy of α-MoO3 in its reststrahlen (RS) bands provides exciting opportunities
for constructing the polarization-dependent devices. However, achieving broadband …

Narrow-band (UN) circular dichroism (CD) is important in the fields of chiral molecular
sensing, negatively refractive materials, and polarization-resolved imaging. However …

Metasurfaces tailor electromagnetic confinement at the nanoscale and can be appropriately
designed for polarization-dependent light–matter interactions. Adding the asymmetry degree …

Highly circularly polarized (CP) infrared thermal radiation is greatly in demand because of its
significant potential in mid-infrared (mid-IR) applications. To exploit the magnitude and …

The phonon modes of materials contain critical information on the quality of the crystals.
Phonon modes also offer a wide range of polarization-dependent resonances in infrared …