Recent advances in research work by a consortium of UK groups using facilities at the Rutherford Appleton Laboratory to develop XUV lasers is reviewed. Experimental demonstration of laser action by recombination to hydrogenic ions has been extrapolated from C VI 18.2 nm to Mg XII at 4.5 nm, in a collaborative experiment with Osaka University using the GEKKO XII laser. Recombination to lithium-like ions has been investigated in collaboration with the University of Orsay. High gain x length producing a useful XUV laser beam has been obtained using the collisionally excited Ge XXIII 3p-3s laser at 23.2/23.6 nm in collaboration with the Naval Research Laboratory. Future possibilities for XUV lasers pumped by more powerful primary lasers are con...
The Artemis facility for ultrafast XUV science is constructed around a high average power carrier-en...
The aim of this NATO Advanced Study Institute was to bring together scientists and students working ...
International audienceWith the construction of novel XUV sources, such as VUV FELrsquos, XUV laser-m...
Recent advances in research work by a consortium of UK groups using facilities at the Rutherford App...
A programme of research by UK Universities and overseas collaborators at the SERC Central Laser Faci...
This review describes experimental results demonstrating amplification of XUV radiation at discreet ...
Recent progress in the development of XUV lasers by research teams using high-power and ultrashort-p...
Recent x-ray laser research carried out at the Rutherford laboratory has concentrated on examining r...
We present recent developments on high gain recombination XUV lasers and efficient XUV harmonics fro...
The development of laser action at wavelengths shorter than those of current X-ray lasers is being i...
Growing interest in the fields of core excited atomic, molecular and solid species has resulted in a...
We present recent gain measurements in C VI at 18.22 nm for a soft-x-ray amplifier produced by a lin...
International audienceMetrology of XUV beams (X-ray lasers, high-harmonic generation and VUV free-el...
This thesis presents investigations of interactions of a 380 fs, 248.6 nm KrF laser beam focused to ...
We will describe our optical laser pumped xuv Laser Program. To date, we have concentrated our effor...
The Artemis facility for ultrafast XUV science is constructed around a high average power carrier-en...
The aim of this NATO Advanced Study Institute was to bring together scientists and students working ...
International audienceWith the construction of novel XUV sources, such as VUV FELrsquos, XUV laser-m...
Recent advances in research work by a consortium of UK groups using facilities at the Rutherford App...
A programme of research by UK Universities and overseas collaborators at the SERC Central Laser Faci...
This review describes experimental results demonstrating amplification of XUV radiation at discreet ...
Recent progress in the development of XUV lasers by research teams using high-power and ultrashort-p...
Recent x-ray laser research carried out at the Rutherford laboratory has concentrated on examining r...
We present recent developments on high gain recombination XUV lasers and efficient XUV harmonics fro...
The development of laser action at wavelengths shorter than those of current X-ray lasers is being i...
Growing interest in the fields of core excited atomic, molecular and solid species has resulted in a...
We present recent gain measurements in C VI at 18.22 nm for a soft-x-ray amplifier produced by a lin...
International audienceMetrology of XUV beams (X-ray lasers, high-harmonic generation and VUV free-el...
This thesis presents investigations of interactions of a 380 fs, 248.6 nm KrF laser beam focused to ...
We will describe our optical laser pumped xuv Laser Program. To date, we have concentrated our effor...
The Artemis facility for ultrafast XUV science is constructed around a high average power carrier-en...
The aim of this NATO Advanced Study Institute was to bring together scientists and students working ...
International audienceWith the construction of novel XUV sources, such as VUV FELrsquos, XUV laser-m...