International audienceWe realize a laser with a cloud of cold rubidium atoms as gain medium, placed in a low-finesse cavity. Three different regimes of laser emission are observed corresponding respectively to Mollow, Raman and Four Wave Mixing mechanisms. We measure an output power of up to 300 µW and present the main properties of these different lasers in each regime
The aim of this thesis is to study two applications of laser-cooled atoms. In the first one we have ...
This thesis describes an experiment with a cloud of magneto-optically trapped Potassium-39 spatially...
We demonstrate lasing into counterpropagating modes of a ring cavity using a gas of cold atoms as a ...
The random laser is a new type of laser, whose feedback mechanism is provided by multiple scattering...
Accepcted for publication by J. Opt. A for the special issue on nanolasers and random lasers (to be ...
Note that Eq. (3) of the published version in PRL contains a misprint. The correct expression is giv...
This thesis will describe a cold atom ring laser that uses a cloud of magneto-optically trapped pota...
We present a theoretical description for a lasing scheme for atoms with three internal levels in a $...
10 pages, 8 figuresInternational audienceWe have demonstrated and modeled a simple and efficient met...
If atom lasers are to transform many fields of physics, as well as find applications in industry, th...
The range of atoms which can be cooled by lasers is limited to those which have a closed two level s...
Soumis à Optics LettersWe describe an optical bench in which we lock the relative frequencies or pha...
There is currently a strong interest in mirrorless lasing systems(1), in which the electromagnetic f...
For cold samples of laser-cooled atoms to be useful in emerging technologies such as compact atomic ...
Review paper written in the name of IFRAF to celebrate 50 years of lasers and their applications to ...
The aim of this thesis is to study two applications of laser-cooled atoms. In the first one we have ...
This thesis describes an experiment with a cloud of magneto-optically trapped Potassium-39 spatially...
We demonstrate lasing into counterpropagating modes of a ring cavity using a gas of cold atoms as a ...
The random laser is a new type of laser, whose feedback mechanism is provided by multiple scattering...
Accepcted for publication by J. Opt. A for the special issue on nanolasers and random lasers (to be ...
Note that Eq. (3) of the published version in PRL contains a misprint. The correct expression is giv...
This thesis will describe a cold atom ring laser that uses a cloud of magneto-optically trapped pota...
We present a theoretical description for a lasing scheme for atoms with three internal levels in a $...
10 pages, 8 figuresInternational audienceWe have demonstrated and modeled a simple and efficient met...
If atom lasers are to transform many fields of physics, as well as find applications in industry, th...
The range of atoms which can be cooled by lasers is limited to those which have a closed two level s...
Soumis à Optics LettersWe describe an optical bench in which we lock the relative frequencies or pha...
There is currently a strong interest in mirrorless lasing systems(1), in which the electromagnetic f...
For cold samples of laser-cooled atoms to be useful in emerging technologies such as compact atomic ...
Review paper written in the name of IFRAF to celebrate 50 years of lasers and their applications to ...
The aim of this thesis is to study two applications of laser-cooled atoms. In the first one we have ...
This thesis describes an experiment with a cloud of magneto-optically trapped Potassium-39 spatially...
We demonstrate lasing into counterpropagating modes of a ring cavity using a gas of cold atoms as a ...
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