We report on the production of large-area 2D photonic crystals from high-index material with laser interference lithography (LIL). A new image reversal photoresist is used in combination with an anti-reflection coating to suppress undesired reflections. The photonic crystals possess a cubic pattern of air holes in a 500 nm silicon layer and cover an area of 1 cm
Three dimensional photonic crystals, e.g. for obtaining the so-called woodpile structure, can, among...
Laser interference lithography (LIL) is a technique that can be successfully used for realization of...
Many markets require large area surface relief micro- and nanostructures. Important examples are lig...
The goal of the present work was to perform mid-infrared characterization of two dimensional photoni...
A two-dimensional silicon photonic crystal (PhC), which is designed to provide a modified dispersion...
Interference lithography is a promising method for fabricating large-area, defect-free three-dimensi...
A two-dimensional silicon photonic crystal (PhC), which is designed to provide a modified dispersion...
Extended photonic crystal slabs with light-guiding defects have been created by a combination of las...
AbstractUsing the interference lithography based on the two-beam interference method the two-dimensi...
We investigate the spectral transmission of a large-area (10 × 10 mm2) two-dimensional silicon-based...
This paper describes femtosecond laser lithography of 3-D photonic crystal templates in commercial p...
Broadband antireflection layers have been fabricated by two dimensional (2D) photonic crystals (PCs)...
Many markets require large area surface relief micro- and nanostructures. Important examples are lig...
Three dimensional photonic crystals, e.g. for obtaining the so-called woodpile structure, can, among...
Photonic crystals are periodically engineered ''materials'' which are the photonic analogues of elec...
Three dimensional photonic crystals, e.g. for obtaining the so-called woodpile structure, can, among...
Laser interference lithography (LIL) is a technique that can be successfully used for realization of...
Many markets require large area surface relief micro- and nanostructures. Important examples are lig...
The goal of the present work was to perform mid-infrared characterization of two dimensional photoni...
A two-dimensional silicon photonic crystal (PhC), which is designed to provide a modified dispersion...
Interference lithography is a promising method for fabricating large-area, defect-free three-dimensi...
A two-dimensional silicon photonic crystal (PhC), which is designed to provide a modified dispersion...
Extended photonic crystal slabs with light-guiding defects have been created by a combination of las...
AbstractUsing the interference lithography based on the two-beam interference method the two-dimensi...
We investigate the spectral transmission of a large-area (10 × 10 mm2) two-dimensional silicon-based...
This paper describes femtosecond laser lithography of 3-D photonic crystal templates in commercial p...
Broadband antireflection layers have been fabricated by two dimensional (2D) photonic crystals (PCs)...
Many markets require large area surface relief micro- and nanostructures. Important examples are lig...
Three dimensional photonic crystals, e.g. for obtaining the so-called woodpile structure, can, among...
Photonic crystals are periodically engineered ''materials'' which are the photonic analogues of elec...
Three dimensional photonic crystals, e.g. for obtaining the so-called woodpile structure, can, among...
Laser interference lithography (LIL) is a technique that can be successfully used for realization of...
Many markets require large area surface relief micro- and nanostructures. Important examples are lig...