The structural morphology of complex dielectric media determines their functionalities by driving the statistical properties of the electromagnetic fields. Our controlled experiments and full electromagnetic calculations that go beyond common dipolar approximations demonstrate that the specific characteristics of disorder lead to non-Rayleigh statistics of detected intensity, which can be directly accessed in the near field of random media and can be unambiguously related to the short-range correlations of disorder
This dissertation addresses the important problem of electromagnetic field propagation through and s...
International audienceRandom metallic films have very specific optical properties due to disorder. S...
In this paper, we attempt to find a unified framework in which the statistics of wave propagation in...
We demonstrate the first direct measurement of the local density of states in random media. Our expe...
Two-dimensional near-field images of light transmitted through a disordered dielectric structure hav...
A general method is set up, which casts problems of electromagnetic waves in random media into a sys...
I review some of the recent results obtained on the effect of microstructure on the local field dist...
9 pages, 5 figuresMeasurements of the microwave field transmitted through a random medium allows dir...
We investigate the effect of random and nonrandom disorder on the properties of periodic media. Spec...
We investigate the effect of random and nonrandom disorder on the properties of periodic media. Spec...
Second-order statistical properties of the intensity in the close proximity of various highly scatte...
When near field sensing is performed in reflection-emission configuration, statistical analysis of d...
This paper presents the first experimental study of near-field intensity correlations in metal-diele...
We derive kinetic models for the correlations and the energy densities of wave fields propagating in...
The first- and second-order statistical properties of intensity in the near-field of random media ar...
This dissertation addresses the important problem of electromagnetic field propagation through and s...
International audienceRandom metallic films have very specific optical properties due to disorder. S...
In this paper, we attempt to find a unified framework in which the statistics of wave propagation in...
We demonstrate the first direct measurement of the local density of states in random media. Our expe...
Two-dimensional near-field images of light transmitted through a disordered dielectric structure hav...
A general method is set up, which casts problems of electromagnetic waves in random media into a sys...
I review some of the recent results obtained on the effect of microstructure on the local field dist...
9 pages, 5 figuresMeasurements of the microwave field transmitted through a random medium allows dir...
We investigate the effect of random and nonrandom disorder on the properties of periodic media. Spec...
We investigate the effect of random and nonrandom disorder on the properties of periodic media. Spec...
Second-order statistical properties of the intensity in the close proximity of various highly scatte...
When near field sensing is performed in reflection-emission configuration, statistical analysis of d...
This paper presents the first experimental study of near-field intensity correlations in metal-diele...
We derive kinetic models for the correlations and the energy densities of wave fields propagating in...
The first- and second-order statistical properties of intensity in the near-field of random media ar...
This dissertation addresses the important problem of electromagnetic field propagation through and s...
International audienceRandom metallic films have very specific optical properties due to disorder. S...
In this paper, we attempt to find a unified framework in which the statistics of wave propagation in...