We report proof-of-concept experiments generating 5.5W of rapidly tuneable 589nm laser radiation through SHG of 1178nm radiation generated by optical parametric amplification in Lithium Triborate. The two stage OPA was pumped by a frequency doubled mode-locked Nd:YVO4 laser (15ps, 1.5MHz, 50W) and seeded by a tuneable diode laser, allowing convenient tuning on and off the Na D2 line. Our findings imply that if scaled up in power and with modified pump pulse duration, this approach can lead to a versatile high-power Na guide star source which can be built from readily available commercial components
Pulsed optical parametric amplification has been demonstrated in lithium niobate pumped at a wavelen...
We report on the current status of developing the new laser guide star (LGS) system for the Subaru a...
We report on the successful delivery of a 30 W solid-state sodium Guide Star Laser System (GLS) to t...
We report proof-of-concept experiments generating 5.5W of rapidly tuneable 589nm laser radiation thr...
We describe a 5.5W 589nm source based on a passively mode-locked Nd:YVO4 laser and a multi-stage Lit...
We describe a new method for producing high power coherent light at 589nm based on a scalable, passi...
We demonstrate for the first time the practical feasibility of a new sodium guide star laser with a ...
We describe a new, improved approach for sodium guide-star lasers for the correction of atmospheric ...
Exploitation of the imaging capabilities of the new generation of ground-based astronomical telescop...
International audienceAn increasing number of adaptive optics systems in astronomy uses a sodium Las...
In recent years, the emergence of powerful, sodium-resonant laser sources has led to a dramatic impr...
[[abstract]]We investigated three-stage nonlinear frequency conversion in an optical parametric osci...
[[abstract]]We report optical parametric generation from a 532-nm-pumped periodically poled lithium ...
There is currently no laser source that can provide both efficient excitation of mesospheric sodium ...
Optically pumped semiconductor lasers (OPSLs) are shown to provide a much more compact and less expe...
Pulsed optical parametric amplification has been demonstrated in lithium niobate pumped at a wavelen...
We report on the current status of developing the new laser guide star (LGS) system for the Subaru a...
We report on the successful delivery of a 30 W solid-state sodium Guide Star Laser System (GLS) to t...
We report proof-of-concept experiments generating 5.5W of rapidly tuneable 589nm laser radiation thr...
We describe a 5.5W 589nm source based on a passively mode-locked Nd:YVO4 laser and a multi-stage Lit...
We describe a new method for producing high power coherent light at 589nm based on a scalable, passi...
We demonstrate for the first time the practical feasibility of a new sodium guide star laser with a ...
We describe a new, improved approach for sodium guide-star lasers for the correction of atmospheric ...
Exploitation of the imaging capabilities of the new generation of ground-based astronomical telescop...
International audienceAn increasing number of adaptive optics systems in astronomy uses a sodium Las...
In recent years, the emergence of powerful, sodium-resonant laser sources has led to a dramatic impr...
[[abstract]]We investigated three-stage nonlinear frequency conversion in an optical parametric osci...
[[abstract]]We report optical parametric generation from a 532-nm-pumped periodically poled lithium ...
There is currently no laser source that can provide both efficient excitation of mesospheric sodium ...
Optically pumped semiconductor lasers (OPSLs) are shown to provide a much more compact and less expe...
Pulsed optical parametric amplification has been demonstrated in lithium niobate pumped at a wavelen...
We report on the current status of developing the new laser guide star (LGS) system for the Subaru a...
We report on the successful delivery of a 30 W solid-state sodium Guide Star Laser System (GLS) to t...