We provide a review of our results on the design of mantle cloaking devices for antenna applications with an emphasis on our recent investigations in designing advanced cloaking metasurfaces. It is shown how such cloaking devices allow increasing the degrees of freedom in the design of conventional antennas with a significant enhancement of their functionalities. Several examples of antennas whose conventional functionalities are enriched using cloaking metasurfaces loaded with electronic circuits are reported, and the most significant applications in view of a new generation of intelligent antennas are discussed
International audienceIn this contribution, we present our latest results concerning the design of m...
The term "electromagnetic cloaking"refers to a wide class of approaches whose aim is reducing the to...
The results of our studies towards the design of a metasurface able to make an antenna either invisi...
We provide a review of our results on the design of mantle cloaking devices for antenna applications...
Among the different cloaking applications proposed in the literature, the antenna framework has emer...
In this contribution, we describe how advanced cloaking metasurfaces allows expanding the functional...
In this work, we review our recent research on advanced cloaking metasurfaces used to cover monopole...
Electromagnetic cloaking represents one of the most fascinating possibilities enabled by metamateria...
Here, we discuss the design of a cloaking metasurface (MTS) capable to engineer the scattering of an...
The possibility to reduce the total scattering by an illuminated object is one of the most intriguin...
The aim of this Communication is to investigate and demonstrate the possibility to overcome the fund...
We present the design of an innovative wire antenna able to automatically hide or reveal its presenc...
In this contribution, we investigate the idea of a waveform selective cloak for antenna applications...
In this contribution, the fundamental bounds that apply to low-scattering antennas are discussed and...
International audienceIn this contribution, we present our latest results concerning the design of m...
The term "electromagnetic cloaking"refers to a wide class of approaches whose aim is reducing the to...
The results of our studies towards the design of a metasurface able to make an antenna either invisi...
We provide a review of our results on the design of mantle cloaking devices for antenna applications...
Among the different cloaking applications proposed in the literature, the antenna framework has emer...
In this contribution, we describe how advanced cloaking metasurfaces allows expanding the functional...
In this work, we review our recent research on advanced cloaking metasurfaces used to cover monopole...
Electromagnetic cloaking represents one of the most fascinating possibilities enabled by metamateria...
Here, we discuss the design of a cloaking metasurface (MTS) capable to engineer the scattering of an...
The possibility to reduce the total scattering by an illuminated object is one of the most intriguin...
The aim of this Communication is to investigate and demonstrate the possibility to overcome the fund...
We present the design of an innovative wire antenna able to automatically hide or reveal its presenc...
In this contribution, we investigate the idea of a waveform selective cloak for antenna applications...
In this contribution, the fundamental bounds that apply to low-scattering antennas are discussed and...
International audienceIn this contribution, we present our latest results concerning the design of m...
The term "electromagnetic cloaking"refers to a wide class of approaches whose aim is reducing the to...
The results of our studies towards the design of a metasurface able to make an antenna either invisi...