This paper reports a flexible and stretchable metamaterial-based “skin” or meta-skin with
tunable frequency selective and cloaking effects in microwave frequency regime. The meta …

Metamaterials, which enable us to realize novel physical effects that cannot be achieved
using natural materials, have been extensively studied in recent years and significant …

Conventional studies on the design of a (carpet) thermal cloak are based on the coordinate
transformation techniques, which are complicated and hard to realize with natural materials …

随着电磁隐身方法的发展, 能够使物体的散射截面接近零的电磁隐身结构已成为研究热点,
并在未来的军事设备隐身, 电磁防护, 隐形传感器等领域具有重要的应用价值 …

Conventional concentrators with inhomogeneous coating materials that fully enclose the
destined region pose great challenges for fabrication. In this paper, we propose to design an …

By adopting the multi-folded linear transformation optics method and its corresponding
numerical techniques, we introduce a method to design an open cloak that has windows to …

Compared with conventional radio frequency (RF) shielding methods in which the
conductive coating material encloses the circuits design and the leakage problem occurs …

With the advancement of electromagnetic cloaking techniques, structures that can reduce an
object's radar cross-section to nearly zero have become a focal point of research and are …

Based on electromagnetic and acoustic transformation theory, a new strategy has been
presented in this article to implement double invisibility cloaking, which has not been done …

For the first time, electromagnetic wave interaction with a perfect non-inertial cloak is
investigated. The electromagnetic detection of an ideal gyrating cloak, the effect of rotational …