The modulation of thermal radiation in the infrared region is a highly anticipated method to
achieve infrared sensing and camouflage. Here, a multiband metamaterial emitter based on …

Infrared camouflage is an effective technique to avoid many kinds of target detection by
detectors in the infrared band. For a high-temperature environment, thermal management of …

Developing advanced stealth devices to cope with radar-infrared (IR) fusion detection and
diverse application scenarios is increasingly demanded, which faces significant challenges …

Switchable thermal emission in the long-wave infrared (LWIR, 8–14 μm) range is of great
significance in applications like thermal detection, radiative cooling, and infrared …

Cloaking against electromagnetic detection is a well-researched topic; yet achieving
multispectral camouflage over a wide temperature range remains challenging. Herein, an …

Tailoring the optical properties of metamaterials is crucial for improving the performance of
infrared (IR) applications. Generally, IR camouflage materials are required to have low IR …

Multispectral stealth technology including terahertz (THz) band will play an increasingly
important role in modern military and civil applications. Here, based on the concept of …

In this study, an infrared camouflage and radar compatible stealth structure based on
metamaterial is designed and fabricated. Two types of frequency selective surfaces (FSS) …

Conventional infrared camouflage materials are typically confined to special spectral
ranges. To address challenges posed by the combination of both active and passive …

Skin-like soft optical metamaterials with broadband modulation have been long pursued for
practical applications, such as cloaking and camouflage. Here, we propose a skin-like …