The fabrication of a laser based on mesoporous fibers is shown to be possible, demonstrating for the first time that mesostructural systems can be applied as advanced optical materials. The amplification of a guided mode in the fiber and the resulting, gain-narrowed emission (illustrated on the cover of this issue) are reported. It is stressed that the system used—a composite containing the dye rhodamine 6G—is a relatively simple type of laser material and better results can be expected in the future with different types of lasing guests in mesoporous fibers
International audienceBy simultaneously providing ultra large mode effective area (ULMA) and close t...
The quest for a solid-state tunable dye laser can be satisfied by sol-gel prepared organic-inorganic...
By simultaneously providing ultra large mode effective area (ULMA) and close to diffraction limited ...
The fabrication of a laser based on mesoporous fibers is shown to be possible, demonstrating for the...
The construction of microlasers has been facilitated by mesoporous silica fibers, which are well sui...
Rhodamine 6G-doped mesostructured silica is prepared by an acidic sol-gel route using poly-b-poly(pr...
The Tm-doped silicate glass fibre laser that operates in the 2 micron region of the spectrum is fast...
A new laser dye pyrromethene impregnated solid-state material has been developed for visible wavelen...
Multimode laser emission is observed in a polymer optical fiber doped with a mixture of Rhodamine 6G...
Polymer Optical Fibers have occupied historically a place for large core flexible fibers operating i...
Progress in fiber laser research around the world is accelerating as the implications of new materia...
International audienceThe development of original technologies to fabricate new kinds of fibres is p...
Aiming at the design of new luminescent host-guest materials with minimized aggregation effects, two...
The report on a study of laser emission from a conceptually new organic material based on transparen...
We have experimentally studied the lasing characteristics of silica fibers doped with Yb, Tm, Pr and...
International audienceBy simultaneously providing ultra large mode effective area (ULMA) and close t...
The quest for a solid-state tunable dye laser can be satisfied by sol-gel prepared organic-inorganic...
By simultaneously providing ultra large mode effective area (ULMA) and close to diffraction limited ...
The fabrication of a laser based on mesoporous fibers is shown to be possible, demonstrating for the...
The construction of microlasers has been facilitated by mesoporous silica fibers, which are well sui...
Rhodamine 6G-doped mesostructured silica is prepared by an acidic sol-gel route using poly-b-poly(pr...
The Tm-doped silicate glass fibre laser that operates in the 2 micron region of the spectrum is fast...
A new laser dye pyrromethene impregnated solid-state material has been developed for visible wavelen...
Multimode laser emission is observed in a polymer optical fiber doped with a mixture of Rhodamine 6G...
Polymer Optical Fibers have occupied historically a place for large core flexible fibers operating i...
Progress in fiber laser research around the world is accelerating as the implications of new materia...
International audienceThe development of original technologies to fabricate new kinds of fibres is p...
Aiming at the design of new luminescent host-guest materials with minimized aggregation effects, two...
The report on a study of laser emission from a conceptually new organic material based on transparen...
We have experimentally studied the lasing characteristics of silica fibers doped with Yb, Tm, Pr and...
International audienceBy simultaneously providing ultra large mode effective area (ULMA) and close t...
The quest for a solid-state tunable dye laser can be satisfied by sol-gel prepared organic-inorganic...
By simultaneously providing ultra large mode effective area (ULMA) and close to diffraction limited ...