The recent review stated that the existing designs of nonreciprocal thermal emitters are
typically operated at rather large incident angles, which imposes constraints on the angular …

A nonreciprocal thermal emitter, consisting of a high refractive dielectric grating atop a Weyl
semimetal (WS) grating and a metallic reflector, is proposed and studied. The emitter …

The recent review [Phys. Rev. Appl. 18, 027001 (2022)] has considered that the existing
schemes of nonreciprocal radiation are greatly limited by the narrow-operated bandwidth …

Nonreciprocal thermal radiation offers significant opportunities for realizing photonic energy
conversion at the thermodynamic limit and controlling radiative heat transfer at the …

The tunable nonreciprocal radiation for near vertical incident light is investigated. The effect
is realized by placing a cascaded one-dimensional graphene and Weyl semimetal (WS) …

Violating Kirchhoff's radiation law through magneto-optical materials or spatiotemporal
(Floquet) metamaterials can open a new door for engineering thermal radiation by breaking …

The enhanced nonreciprocal radiation in grating structure for light under conical incidence is
investigated. The basic structure is composed of a one-dimensional grating on a continuous …

Solar‐to‐thermal conversion is a direct and effective way to absorb sunlight for heat via the
rational design and control of photothermal materials. However, when exposed to water …

The perfect nonreciprocal radiation effect for extreme small incident angle is studied. The
proposed scheme consists of a patterned magneto-optical (MO) material on a continuous …

A nonreciprocal thermal emitter, which consists of a magnetic Weyl semimetal embedded in
a topological photonic crystal, is proposed and investigated. An emitter exhibits strong …