Metamaterials enable precise tailoring of light–matter interactions at the subwavelength
scale, permitting access to the full range of electromagnetic responses encoded in Maxwell's …

Bioelectronic systems typically rely on radiofrequency wireless components to interface with
the human body, but such components are bulky and energy-demanding, which limits the …

Metacomposites with negative electromagnetic parameters can be promising substitute for
periodic metamaterials. In this paper, we devoted to fabricating flexible metacomposite films …

Metamaterials have been deployed for a wide range of fields including invisible cloak,
superlens, electromagnetic wave absorption and magnetic resonance imaging, owing to …

Strongly coupled magnetic resonance (SCMR), proposed by researchers at MIT in 2007,
attracted the world's attention by virtue of its mid-range, non-radiative and high-efficiency …

We introduce a new mechanism to realize negative refraction and planar focusing using a
pair of parity-time symmetric metasurfaces. In contrast to existing solutions that achieve …

In this letter, we propose the use of metamaterials to enhance the evanescent wave coupling
and improve the transfer efficiency of a wireless power transfer system based on coupled …

In this paper, we will report some recent progress on wireless power transfer (WPT) based
on resonant coupling. Two major technologies will be discussed: the use of metamaterials …

Magnetic resonance imaging (MRI) is the cornerstone technique for diagnostic medicine,
biology, and neuroscience. This imaging method is highly innovative, noninvasive and its …

This article reviews recent developments in designing and testing new types of materials
which can be:(i) placed around the body for in vivo imaging,(ii) be integrated into a …