Add to ORKGWe propose and investigate, for the first time to our knowledge, an entirely new regime in wave physics the diffraction of fractal waves from simple apertures. A selection of new analyses and physical predictions will be given for experimental geometries when the illuminating field has structure on multiple spatial scale-length
International audienceThe concept of fractal geometry, introduced by Mandelbrot has been explored in...
A novel focusing structure with fractal properties is presented. It is a photon sieve in which the p...
The optical diffraction patterns of random Sierpinski carpets of different fractal dimensions at dif...
We propose and investigate, for the first time to our knowledge, an entirely new regime in wave phys...
The diffraction of plane waves from simple hard-edged apertures constitutes a class of boundary valu...
The diffraction pattern produced by a plane wave (i.e., a perfectly uniform wavefront) scattering fr...
We report on recent research developments investigating the diffraction of fractal (i.e., multi-sca...
Two compact analytical descriptions of Fresnel diffraction patterns from polygonal apertures under u...
We report experimental and theoretical studies of Fraunhofer diffraction pattern of a 15-level H-fra...
We present a theoretical and numerical analysis of near-field diffraction patterns from hard-edged ...
We present, for the first time, two complementary analytical techniques for calculating the Fresnel ...
The research presented in this MSc thesis is concerned with understanding the way incoming electroma...
The diffraction of plane waves by perfectly-conducting thin screens is of fundamental physical and m...
Experimental results are presented for light diffraction under the Fresnel regime by two types of fr...
Knowledge in electromagnetic theory and in wave opticsThis Demonstration shows the interference patt...
International audienceThe concept of fractal geometry, introduced by Mandelbrot has been explored in...
A novel focusing structure with fractal properties is presented. It is a photon sieve in which the p...
The optical diffraction patterns of random Sierpinski carpets of different fractal dimensions at dif...
We propose and investigate, for the first time to our knowledge, an entirely new regime in wave phys...
The diffraction of plane waves from simple hard-edged apertures constitutes a class of boundary valu...
The diffraction pattern produced by a plane wave (i.e., a perfectly uniform wavefront) scattering fr...
We report on recent research developments investigating the diffraction of fractal (i.e., multi-sca...
Two compact analytical descriptions of Fresnel diffraction patterns from polygonal apertures under u...
We report experimental and theoretical studies of Fraunhofer diffraction pattern of a 15-level H-fra...
We present a theoretical and numerical analysis of near-field diffraction patterns from hard-edged ...
We present, for the first time, two complementary analytical techniques for calculating the Fresnel ...
The research presented in this MSc thesis is concerned with understanding the way incoming electroma...
The diffraction of plane waves by perfectly-conducting thin screens is of fundamental physical and m...
Experimental results are presented for light diffraction under the Fresnel regime by two types of fr...
Knowledge in electromagnetic theory and in wave opticsThis Demonstration shows the interference patt...
International audienceThe concept of fractal geometry, introduced by Mandelbrot has been explored in...
A novel focusing structure with fractal properties is presented. It is a photon sieve in which the p...
The optical diffraction patterns of random Sierpinski carpets of different fractal dimensions at dif...