Phonon-based tera-Hertz or mid-infrared emission has been investigated because it can be
applied to high-efficiency light sources for optical communication and material diagnostics …

Controlling and detecting thermal radiation is of vital importance for varied applications
ranging from energy conversion systems and nanoscale information processing devices to …

The mid-infrared emission mechanism of line-and-space structures of metallic plates on
dielectric materials is substantiated using high conductive n-doped (n++-) GaN–semi …

Thermal emission of localized surface phonons (LSPhs) from nanostructures of polaritonic
materials is a promising mechanism for tuning the spectrum of near-field thermal radiation …

Thermal emissions from metal/dielectric-material stripe structures on the surface of dielectric
materials are observed. These emissions are attributed to electric-dipole emissions induced …

Silicon carbide (SiC) supports surface phonons in the infrared region of the electromagnetic
spectrum where these modes can be thermally emitted. Additionally, the magnitude …

The thermal radiation at 8.5 THz resonating with the longitudinal optical (LO) phonon is
emitted from surface Au–GaAs microstripe structures on undoped GaAs wafers. The …

High-temperature thermal photonics presents unique challenges for engineers as the
database of materials that can withstand extreme environments are limited. In particular …

Previously, a longitudinal optical (LO) phonon resonant emission (LORE) at 8.5 THz from Au‐
GaAs surface microstructures at 630 K is reported. This emission ascribed to thermally …

This study proposes a tunable dual-band mid-infrared graphene-based one-dimensional
photonic crystal absorber with strong surface phonon polaritons and Tamm phonon …