On a recent paper we have mentioned that it would be possible to increment the number of
different signals that can be transported in the same frequency interval by means of a device …

Propagation of electromagnetic waves has a strong dependence with the refraction index
changes. When the media breaks abruptly his confinement properties and the evanescent …

The very fast variations on the real propagation conditions for electromagnetic waves can be
simulated by a plasma sandwich model consistent in three iterated plasma layers …

With the aim to increase the knowledge of the broadcasting properties under circumstances
like time reversal, change on refractive index, presence of random obstacles, and so on, we …

For a best broadcasting efficiency we give in this paper an alternative treatment with
electromagnetic potentials (EP) and propose a powerful tool based on the resonance …

Nowadays we know that at least for discrete systems there is an equivalence between Time
Reversal and the use of meta materials for the so called overcoming of the diffraction limit …

We review the electromagnetic scalar and vector potentials from the point of view of the
Generalized Fredholm Integral Equations. Then we revise two sensitive concepts as the …

We recall some results about the confinement of electromagnetic field from the Fredholm's
equations properties perspective. Then we review some relations between the Maxwell …

Under the concept of the so called Resonant Technology, recently we had proposed a
device that can transport a lot of different signals, all of them of similar frequencies although …

One of the current problems occurred in broadcasting processes is the lost of information
that emerge for many known and unknown reasons. To avoid the lack of information we …