In this contribution, we review our latest results about the unprecedented possibilities enabled by electromagnetic cloaking in antenna theory and applications. In particular, we show that, in the receiving regime, cloaking allows designing antennas exhibiting a minimum level of scattering for a given level of absorbed power, whereas, in the transmitting one, cloaking enables the co-sitting of different antennas in a confined region. Both full-wave and experimental results are presented to support the theoretical considerations
The term "electromagnetic cloaking"refers to a wide class of approaches whose aim is reducing the to...
In this contribution, we discuss the potential of electromagnetic invisibility for antenna arrays. W...
We have theoretically verified the feasibility of the concept of mantle cloak for very high frequenc...
In this contribution, we review our latest results about the unprecedented possibilities enabled by ...
In this contribution, we discuss some of our latest results about the use of mantle cloaking in diff...
The possibility to reduce the total scattering by an illuminated object is one of the most intriguin...
Electromagnetic cloaking represents one of the most fascinating possibilities enabled by metamateria...
Among the different cloaking applications proposed in the literature, the antenna framework has eme...
In this paper, we present some recent theoretical, numerical, and experimental results related to th...
The purpose of this paper is to explore electromagnetic cloaking by addressing the following questio...
We provide a review of our results on the design of mantle cloaking devices for antenna applications...
In this contribution, we describe how advanced cloaking metasurfaces allows expanding the functional...
"In this Chapter, we review the theoretical analysis and the design principles of electromagnetic cl...
International audienceIn this contribution, we present our latest results concerning the design of m...
We show that properly designed mantle cloaks, consisting of patterned metallic sheets placed around ...
The term "electromagnetic cloaking"refers to a wide class of approaches whose aim is reducing the to...
In this contribution, we discuss the potential of electromagnetic invisibility for antenna arrays. W...
We have theoretically verified the feasibility of the concept of mantle cloak for very high frequenc...
In this contribution, we review our latest results about the unprecedented possibilities enabled by ...
In this contribution, we discuss some of our latest results about the use of mantle cloaking in diff...
The possibility to reduce the total scattering by an illuminated object is one of the most intriguin...
Electromagnetic cloaking represents one of the most fascinating possibilities enabled by metamateria...
Among the different cloaking applications proposed in the literature, the antenna framework has eme...
In this paper, we present some recent theoretical, numerical, and experimental results related to th...
The purpose of this paper is to explore electromagnetic cloaking by addressing the following questio...
We provide a review of our results on the design of mantle cloaking devices for antenna applications...
In this contribution, we describe how advanced cloaking metasurfaces allows expanding the functional...
"In this Chapter, we review the theoretical analysis and the design principles of electromagnetic cl...
International audienceIn this contribution, we present our latest results concerning the design of m...
We show that properly designed mantle cloaks, consisting of patterned metallic sheets placed around ...
The term "electromagnetic cloaking"refers to a wide class of approaches whose aim is reducing the to...
In this contribution, we discuss the potential of electromagnetic invisibility for antenna arrays. W...
We have theoretically verified the feasibility of the concept of mantle cloak for very high frequenc...