The coupled interactions among the fundamental carriers of charge, heat, and
electromagnetic fields at interfaces and boundaries give rise to energetic processes that …

Phonon polaritons in polar crystals have recently gained significant attention due to their
remarkable confinement and enhancement of electromagnetic fields, low group velocities …

Polaritonic excitation and management in ultra-thin polar crystals has recently received
significant attention and holds new promise for epsilon-near-zero (ENZ) modes. However …

In heterostructures made from polar materials, eg, AlN‐GaN‐AlN, the non‐equivalence of
the two interfaces has long been recognized as a critical aspect of their electronic properties …

The polar nature of calcite results in lattice vibrations that can be stimulated through gratings
and nanostructures to design spatially and spectrally coherent thermal radiation patterns. In …

Phonon polariton modes in layered anisotropic heterostructures are a key building block for
modern nanophotonic technologies. The light-matter interaction for evanescent excitation of …

In the zinc-blende (zb) III-Ns (BN, GaN, AlN and InN), accurate knowledge of the phonon
dispersions [ω jq→] and thermodynamical characteristics [eg, Debye temperature Θ DT …

Infrared (IR) optics form the basis for many important applications, including thermal
imaging, long-wave communications, chemical spectroscopy for pharmaceuticals, medical …