Nanophotonics has been an active research field over the past two decades, triggered by
the rising interests in exploring new physics and technologies with light at the nanoscale. As …

In the modern world, the ability to manipulate and control electromagnetic waves has greatly
changed people's lives. Novel optical and electromagnetic phenomena and devices will …

In view of the fact that most invisibility devices focus on linear polarization cloaking and that
the characteristics of mid-infrared cloaking are rarely studied, we propose a cross-circularly …

Invisibility has been a long-standing topic, owing to its crucial importance in both academia
and industry. At the close of the last century, the advent of metamaterials unprecedentedly …

Recent developments in information science have contributed to several innovative
advances in thermal flow manipulation. Topology optimizations provide numerically optimal …

Our proposal, a topology optimization method for thermal carpet cloaks, eliminates the
disturbance caused by a bump obstacle on a flat boundary and, despite the presence of the …

Mechanical cloaks can hide objects and make them unfeelable by reproducing the
surrounding displacement field without the objects and cloaks. In the existing works …

By including acoustic-elastic interactions in a topology optimization based on the covariance
matrix adaptation evolution strategy, we developed acoustic cloaks of optimal design that …

Rendering an object invisible has fascinated humanity for centuries and become more
tangible with the advent of metamaterials and transformation optics. The pioneering …

Various strategies have been proposed to achieve invisibility cloaking, but usually only one
phenomenon is controlled by each device. Cloaking an object from two different waves …