Add to ORKGIn this article the general problem of designing high performances Transparent Metal structures is deeply discussed. In particular the Genetic Algorithms are introduced as useful tool for searching the optimal thicknesses of the layers. The article deeply analyses the effect of all parameters of the Genethic Algorithms so to optimize the computational time in the optical filter design. As an example the article reviews the basic steps for the design of a particular metallo/dielectric multilayer structure made of nine layers
A genetic algorithm is used for design of infrared filters and in the understanding of the material ...
The increasing demand for optoelectronic applications coupled with novel areas of their application ...
Solid metal films are well known to be opaque to electromagnetic waves over a wide frequency range, ...
Highly efficient reflectors are in demand in the rapidly developing optoelectronics. At the moment, ...
Using epsilon-near-zero (ENZ) subwavelength optical multilayer materials with simple structure and t...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
In this work we propose a genetic algorithm for the design of reflective filters consisting of organ...
Background: An increasing interest has been recently grown in the development of nearly perfect abso...
It is difficult to find any modern optical system that does not havecomponents with single or multip...
In this Letter, the design of a directional optical cloaking by a genetic algorithm is proposed and ...
In this work we propose a genetic algorithm for the design of reflective filters consisting of organ...
International audienceWe apply optimization algorithms inspired by evolution photonic structures. Tr...
Natural photonic structures exhibit remarkable color effects such as metallic appearance and iridesc...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
A genetic algorithm is used for design of infrared filters and in the understanding of the material ...
The increasing demand for optoelectronic applications coupled with novel areas of their application ...
Solid metal films are well known to be opaque to electromagnetic waves over a wide frequency range, ...
Highly efficient reflectors are in demand in the rapidly developing optoelectronics. At the moment, ...
Using epsilon-near-zero (ENZ) subwavelength optical multilayer materials with simple structure and t...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
In this work we propose a genetic algorithm for the design of reflective filters consisting of organ...
Background: An increasing interest has been recently grown in the development of nearly perfect abso...
It is difficult to find any modern optical system that does not havecomponents with single or multip...
In this Letter, the design of a directional optical cloaking by a genetic algorithm is proposed and ...
In this work we propose a genetic algorithm for the design of reflective filters consisting of organ...
International audienceWe apply optimization algorithms inspired by evolution photonic structures. Tr...
Natural photonic structures exhibit remarkable color effects such as metallic appearance and iridesc...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
A genetic algorithm (GA) with adaptive mutations has been employed for the design of Bragg reflector...
A genetic algorithm is used for design of infrared filters and in the understanding of the material ...
The increasing demand for optoelectronic applications coupled with novel areas of their application ...
Solid metal films are well known to be opaque to electromagnetic waves over a wide frequency range, ...