Transformation theory, active control and inverse design have been mainstream in creating
free-form metamaterials. However, existing frameworks cannot simultaneously satisfy the …

The simultaneous concentration of electromagnetic (EM) waves and heat fluxes in the same
target region within an on‐chip system has substantial academic research importance and …

This study proposes a pyramid-shaped solar absorber designed with multi-layered Ti-SiO 2
ring stacked. The structure achieves an average absorption efficiency of 98.03% over the …

In the research of this paper, we have devised a mid-infrared band metamaterial perfect
absorber made of graphene material. The absorber is composed of a traditional three-layer …

We have studied a multi-mode resonance and actively tunable high-sensitivity terahertz
perfect absorber using a microstructured Dirac semimetal. The absorber is composed of …

In this work, based on the finite difference time domain method, we propose and investigate
an efficient nanoscale solar absorber based on multilayer nanorings. The absorber is made …

The transient plane heat source method (TPS), also known as the hot disc method, is an
experimental method for determining the thermal transport properties of materials. The …

The illusion effect requires the establishment of the same scattering properties.
Conventionally, the illusion effect is realized by a device that is larger than the target object …

Wave-absorbing honeycombs have garnered widespread attention due to their high-
efficiency absorption, ultra-wideband absorption, lightweight nature, and high load-carrying …

Simultaneously guiding electromagnetic waves and heat flow at any incidence angle to
smoothly bypass some electromagnetic/thermal sensitive elements is a key factor to ensure …