Controlling emission and absorption, and radiative heat transfer, is important for photonic
energy conversion and thermal management. However, the reciprocal emission and …

Metasurfaces can enable the confinement of electromagnetic fields on huge surfaces and
zones, and they can thus be applied to biochemical sensing by using surface-enhanced …

Controlling the directionality of emitted far-field thermal radiation is a fundamental challenge.
Photonic strategies enable angular selectivity of thermal emission over narrow bandwidths …

Controlling both the spectral bandwidth and directionality of emitted thermal radiation is a
fundamental challenge in contemporary photonics. Recent work has shown that materials …

The emission of thermal radiation is a physical process of fundamental and technological
interest. From different approaches, thermal radiation can be regarded as one of the basic …

Engineering thermal emission using micro/nanostructures has received growing attention in
recent years. A variety of novel coherent, directional, polarized and narrowband thermal light …

The ability to control the directional and spectral properties of thermal emission is of
fundamental importance for many applications. Here we propose a method to design …

Nonreciprocal radiation is very important in essentially improving energy conversion. There
have been many approaches to enhance the nonreciprocal thermal radiation properties for …

Smart windows with synergetic light modulation have heightened demands for applications
in smart cars and novel buildings. However, improving the on-demand energy-saving …

In this paper we investigate transmittance and reflectance spectra of multilayer hyperbolic
metamaterials in the presence of strong spatial dispersion. Our analysis revealed a number …