Add to ORKGWe report that the Talbot effect on a quasi-crystal arrays of nano-holes may be used to achieve subwavelength localizations of optical fields and simultaneously study extraordinary transmission of light through the quasi-crystal structure
Light confinement to surfaces is at the heart of many recent advances in nanophotonics, for instance...
Light confinement to surfaces is at the heart of many recent advances in nanophotonics, for instance...
Plasmonic quasi-periodic structures are well-known to exhibit several surprising phenomena with resp...
Here for the first time we demonstrate experimentally and theoretically that the Talbot effect on a ...
We demonstrate experimentally and theoretically that the Talbot effect on arrays of nano-holes may b...
Here for the first time we demonstrate experimentally and theoretically that the Talbot effect on a ...
We demonstrate that a quasi-periodic array of nanoholes in a metal screen can focus light into subwa...
We demonstrate a conceptually new mechanism for focusing at optical frequencies based upon the use o...
We demonstrate a conceptually new mechanism for sub-wavelength focusing at optical frequencies based...
We provide the first experimental evidence of focusing light into subwavelength spots by a 2-dimensi...
We demonstrate that an array of nano-holes can act as a far-field lens: it converts radiation of an ...
The Talbot effect (or the self-imaging effect) can be observed for a periodic object with a pitch la...
Arrangements of subwavelength sized holes in metal films are often used to launch surface plasmon po...
There is currently an urgent need to develop micro and nanotechnique for the fabrications of quasi p...
Here we theoretically demonstrate that a quasi-crystal array of nanoholes in a metal screen can perf...
Light confinement to surfaces is at the heart of many recent advances in nanophotonics, for instance...
Light confinement to surfaces is at the heart of many recent advances in nanophotonics, for instance...
Plasmonic quasi-periodic structures are well-known to exhibit several surprising phenomena with resp...
Here for the first time we demonstrate experimentally and theoretically that the Talbot effect on a ...
We demonstrate experimentally and theoretically that the Talbot effect on arrays of nano-holes may b...
Here for the first time we demonstrate experimentally and theoretically that the Talbot effect on a ...
We demonstrate that a quasi-periodic array of nanoholes in a metal screen can focus light into subwa...
We demonstrate a conceptually new mechanism for focusing at optical frequencies based upon the use o...
We demonstrate a conceptually new mechanism for sub-wavelength focusing at optical frequencies based...
We provide the first experimental evidence of focusing light into subwavelength spots by a 2-dimensi...
We demonstrate that an array of nano-holes can act as a far-field lens: it converts radiation of an ...
The Talbot effect (or the self-imaging effect) can be observed for a periodic object with a pitch la...
Arrangements of subwavelength sized holes in metal films are often used to launch surface plasmon po...
There is currently an urgent need to develop micro and nanotechnique for the fabrications of quasi p...
Here we theoretically demonstrate that a quasi-crystal array of nanoholes in a metal screen can perf...
Light confinement to surfaces is at the heart of many recent advances in nanophotonics, for instance...
Light confinement to surfaces is at the heart of many recent advances in nanophotonics, for instance...
Plasmonic quasi-periodic structures are well-known to exhibit several surprising phenomena with resp...