The paper describes a method to calculate the diffraction optical element (DOE) capable of forming a two-lobe light field rotating under its propagation. The basis of the approach is an iteration procedure where the zero-order approximation is defined with the aid of the spiral beams optics. The experimental results are offered on the formation of light fields under consideration by means of a liquid-crystal spatial phase modulator of light, HOLOEYE HEO-1080P
Controlling the phase of light with a high efficiency and precision is essential for applications in...
A new method for formation of singular and Bessel light beams of different orders with the use of e...
International audienceWe report a method to generate phase-only diffractive beam splitters allowing ...
The paper describes a method to calculate the diffraction optical element (DOE) capable of forming a...
The paper outlines the results of studies on the generation of two-lobe light fields with the intens...
15 pagesInternational audienceWe consider the promising properties of very simple Diffractive Optica...
Dynamic holographic reconstructions can be obtained by employing digital holographic video displays ...
Diffractive optical elements (DOEs) realized by spatial light modulators (SLMs) often have features ...
Technological advances made possible micro-processing of optical and diffractive devices of sub-wave...
We present what is to our knowledge a new type of diffractive optical element (DOE), the computer-ge...
This thesis mainly treats the fabrication, replication and applications of diffractive optical eleme...
Diffractive optics is a modern branch of optics, that exploits microstructures to manipulate the pro...
Generation of optical fields with complex spatial distribution in the cross section is of great inte...
International audienceA study of the diffraction efficiency of a spatial light modulator with a larg...
Diffraction optical elements (DOE) are important elements of systems for images displaying and proce...
Controlling the phase of light with a high efficiency and precision is essential for applications in...
A new method for formation of singular and Bessel light beams of different orders with the use of e...
International audienceWe report a method to generate phase-only diffractive beam splitters allowing ...
The paper describes a method to calculate the diffraction optical element (DOE) capable of forming a...
The paper outlines the results of studies on the generation of two-lobe light fields with the intens...
15 pagesInternational audienceWe consider the promising properties of very simple Diffractive Optica...
Dynamic holographic reconstructions can be obtained by employing digital holographic video displays ...
Diffractive optical elements (DOEs) realized by spatial light modulators (SLMs) often have features ...
Technological advances made possible micro-processing of optical and diffractive devices of sub-wave...
We present what is to our knowledge a new type of diffractive optical element (DOE), the computer-ge...
This thesis mainly treats the fabrication, replication and applications of diffractive optical eleme...
Diffractive optics is a modern branch of optics, that exploits microstructures to manipulate the pro...
Generation of optical fields with complex spatial distribution in the cross section is of great inte...
International audienceA study of the diffraction efficiency of a spatial light modulator with a larg...
Diffraction optical elements (DOE) are important elements of systems for images displaying and proce...
Controlling the phase of light with a high efficiency and precision is essential for applications in...
A new method for formation of singular and Bessel light beams of different orders with the use of e...
International audienceWe report a method to generate phase-only diffractive beam splitters allowing ...