We analyse and compare various aspects of the performance of atomic beam splitters fur two- and three-level atoms, both of which use bichromatic optical fields. We calculate the extent to which spontaneous emission degrades the sharpness of the splitting, and how it might degrade the visibility of an idealised atom interferometer which includes either beam splitting mechanism. (C) 1998 Elsevier Science B.V
In this letter we present a theoretical study of the coherent diffraction of three-level atoms from ...
In a typical atomic interferometer, the atomic wavepacket is split first by what can be considered e...
International audienceWe review the theory of atom-wave beam splitters using atomic transitions indu...
The recently proposed two-level atom bichromatic beam splitter has been shown theoretically to give ...
We investigate schemes for the clean splitting of beams of three-level atoms using two standing-wave...
A special kind of atomic beam splitter using a four-level atomic system in combination with polarize...
We study theoretically the diffraction of atoms by a standing-wave light field. Conceptually the tex...
In the first part of this article we attempt to provide a very brief introduction to atom optics. In...
The optical techniques used for investigating the properties of Bose-Einstein condensates based on d...
Observations of optical bistability are reported for a system composed of multiple atomic beams pass...
This work reports the deceleration of a cesium atomic beam with the ''stimulated bichromatic force''...
An atom interferometer based on a Stern-Gerlach beam splitter is proposed. Atom scattering from a co...
We investigate the focusing of three-level atoms with a bichromatic standing wave laser field, using...
In the first part of this article we attempt to provide a very brief introduction to atom optics. In...
Abstract.We present a new separated beam atom interferom-eter in which the recombination of the atom...
In this letter we present a theoretical study of the coherent diffraction of three-level atoms from ...
In a typical atomic interferometer, the atomic wavepacket is split first by what can be considered e...
International audienceWe review the theory of atom-wave beam splitters using atomic transitions indu...
The recently proposed two-level atom bichromatic beam splitter has been shown theoretically to give ...
We investigate schemes for the clean splitting of beams of three-level atoms using two standing-wave...
A special kind of atomic beam splitter using a four-level atomic system in combination with polarize...
We study theoretically the diffraction of atoms by a standing-wave light field. Conceptually the tex...
In the first part of this article we attempt to provide a very brief introduction to atom optics. In...
The optical techniques used for investigating the properties of Bose-Einstein condensates based on d...
Observations of optical bistability are reported for a system composed of multiple atomic beams pass...
This work reports the deceleration of a cesium atomic beam with the ''stimulated bichromatic force''...
An atom interferometer based on a Stern-Gerlach beam splitter is proposed. Atom scattering from a co...
We investigate the focusing of three-level atoms with a bichromatic standing wave laser field, using...
In the first part of this article we attempt to provide a very brief introduction to atom optics. In...
Abstract.We present a new separated beam atom interferom-eter in which the recombination of the atom...
In this letter we present a theoretical study of the coherent diffraction of three-level atoms from ...
In a typical atomic interferometer, the atomic wavepacket is split first by what can be considered e...
International audienceWe review the theory of atom-wave beam splitters using atomic transitions indu...