Lasing action in a fully organic dye doped flexible 1D random multilayer photonic crystal is reported. The emission energy can be modulated by varying layers thicknesses to fit the dye characteristics, thus showing the potential interest of such cheap materials in active devices for optoelectronic applications
A random laser was achieved in a polymer membrane with silver nanoflowers on a flexible substrate. T...
We present a study of random lasing action from dye doped polymer with the scattering role of cicada...
Achieving lasing in solid-state organic diodes has been a long-standing research priority since the ...
Lasing action in a fully organic dye doped flexible 1D random multilayer photonic crystal is reporte...
We present a very simple method to realize a one-dimensional photonic crystal (1D PC), consisting of...
We present a very simple method to realize a one-dimensional photonic crystal (1D PC), consisting of...
The potential for photonic application of modified deoxyribonucleic acid with cationic surfactant ce...
We have obtained a dye-doped chiral photonic crystal (PC) film with reflection band gap much wider t...
One-dimensional light amplification in individual p-sexiphenyl nanofibers is investigated. The influ...
10.1143/JJAP.45.L559Japanese Journal of Applied Physics, Part 2: Letters4520-23L559-L561JAPL
High powered lasers have many applications, including medical treatment and surgery. However, these ...
We demonstrate the lasing and amplified spontaneous emission in the polymeric inverse opal photonic ...
We present a review on random lasing in organic nanofibers made of oligophenyl nanocrystals grown by...
Nanoparticle one-dimensional photonic crystals exhibit intense, broadband reflectivity coupled with ...
In this paper we demonstrate laser emission from emulsion-based polymer dispersed liquid crystals. S...
A random laser was achieved in a polymer membrane with silver nanoflowers on a flexible substrate. T...
We present a study of random lasing action from dye doped polymer with the scattering role of cicada...
Achieving lasing in solid-state organic diodes has been a long-standing research priority since the ...
Lasing action in a fully organic dye doped flexible 1D random multilayer photonic crystal is reporte...
We present a very simple method to realize a one-dimensional photonic crystal (1D PC), consisting of...
We present a very simple method to realize a one-dimensional photonic crystal (1D PC), consisting of...
The potential for photonic application of modified deoxyribonucleic acid with cationic surfactant ce...
We have obtained a dye-doped chiral photonic crystal (PC) film with reflection band gap much wider t...
One-dimensional light amplification in individual p-sexiphenyl nanofibers is investigated. The influ...
10.1143/JJAP.45.L559Japanese Journal of Applied Physics, Part 2: Letters4520-23L559-L561JAPL
High powered lasers have many applications, including medical treatment and surgery. However, these ...
We demonstrate the lasing and amplified spontaneous emission in the polymeric inverse opal photonic ...
We present a review on random lasing in organic nanofibers made of oligophenyl nanocrystals grown by...
Nanoparticle one-dimensional photonic crystals exhibit intense, broadband reflectivity coupled with ...
In this paper we demonstrate laser emission from emulsion-based polymer dispersed liquid crystals. S...
A random laser was achieved in a polymer membrane with silver nanoflowers on a flexible substrate. T...
We present a study of random lasing action from dye doped polymer with the scattering role of cicada...
Achieving lasing in solid-state organic diodes has been a long-standing research priority since the ...