We present modeling and preliminary experimental results towards the development of our magneto- optical trap (MOT) setup and polarisation scheme for 35Ar. The atomic beam that is used for loading the MOT includes a novel transverse cooling arrangement based on a frequency broadened 'white-light molasses'. Our modeling shows that, under certain experimental conditions, such a setup can be beneficial in comparison to conventional transverse cooling techniques. We will report on experimental realization of such a setup.status: publishe
International audienceA planar triplet of diffraction gratings is used to transform a single laser b...
The high velocity of free atoms associated with the thermal motion, together with the velocity distr...
Laser cooling has become a powerful tool for producing quantum gases and has enabled the study of a ...
Laser cooling and trapping techniques enjoy a solid reputation as powerful and elegant providers of ...
Magneto-Optical Traps (MOTs) have long been used to produce samples of cold trapped neutral atoms, w...
Experiments aimed at laser cooling and trapping of radioactive atoms Lire nowadays operational at se...
In this final year project, 2 tunable laser systems are constructed for the purpose of cooling and t...
Experiments aimed at laser cooling and trapping of radioactive atoms Lire nowadays operational at se...
We describe a new system for laser cooling and trapping of neutral Calcium atoms employing the ¹S0 -...
Laser cooling techniques, developed in the 1980s, are routinely used in labs and allow scientists to...
A magneto-optical trap for francium radioactive atoms has been set up at the Istituto Nazionale di F...
We report theoretical studies of an efficient accumulation of Ra-225 atoms in a magneto-optical trap...
The advent of the magneto-optical trap (MOT) introduced to the field of atomic physics an unpreceden...
This thesis reports on the design and construction of, and results from, an optical-dipole trapping ...
From the study of long-range-interacting systems to the simulation of gauge fields, open-shell lanth...
International audienceA planar triplet of diffraction gratings is used to transform a single laser b...
The high velocity of free atoms associated with the thermal motion, together with the velocity distr...
Laser cooling has become a powerful tool for producing quantum gases and has enabled the study of a ...
Laser cooling and trapping techniques enjoy a solid reputation as powerful and elegant providers of ...
Magneto-Optical Traps (MOTs) have long been used to produce samples of cold trapped neutral atoms, w...
Experiments aimed at laser cooling and trapping of radioactive atoms Lire nowadays operational at se...
In this final year project, 2 tunable laser systems are constructed for the purpose of cooling and t...
Experiments aimed at laser cooling and trapping of radioactive atoms Lire nowadays operational at se...
We describe a new system for laser cooling and trapping of neutral Calcium atoms employing the ¹S0 -...
Laser cooling techniques, developed in the 1980s, are routinely used in labs and allow scientists to...
A magneto-optical trap for francium radioactive atoms has been set up at the Istituto Nazionale di F...
We report theoretical studies of an efficient accumulation of Ra-225 atoms in a magneto-optical trap...
The advent of the magneto-optical trap (MOT) introduced to the field of atomic physics an unpreceden...
This thesis reports on the design and construction of, and results from, an optical-dipole trapping ...
From the study of long-range-interacting systems to the simulation of gauge fields, open-shell lanth...
International audienceA planar triplet of diffraction gratings is used to transform a single laser b...
The high velocity of free atoms associated with the thermal motion, together with the velocity distr...
Laser cooling has become a powerful tool for producing quantum gases and has enabled the study of a ...