Add to ORKGA new possibility of laser cooling of Calcium atoms using a two-photon transition is analyzed We investigate the possibility of Doppler cooling of Calcium using its two-photon (4s2) 1S0- (4s5s) 1S0 transition, with excitation in near resonance with the (4s4p) 1P1 level. The two-photon absorption of laser beams at 423 and 1034 nm greatly increases the two-photon rate, allowing an effective transfer of momentum. The experimental implementation of this technique is discussed and we show that two-photon cooling can be used to achieve a temperature limit of about 1/7 of the one-photon Doppler limit reached in a conventional MOT
The high-resolution spectroscopy of calcium atoms is examined. A strong dipole-allowed 1S 0- 3P 1 tr...
The process of laser cooling in a quasi resonant standing laser wave is one of the principal techniq...
We propose a new laser cooling method for atomic species whose level structure makes traditional las...
We propose and analyze the possibility of performing two-photon continuous-wave Doppler cooling of h...
A two-photon mechanism for cooling atoms below the Doppler temperature is analyzed. We consider t...
11 pages, 4 figures in eps formatWe propose and analyze the possibility of performing two-photon con...
Laser cooling is theoretically investigated in a cascade three-level scheme, where the excited state...
Laser cooling processes are theoretically investigated for a cascade scheme of atomic levels where t...
International audienceDoppler cooling of calcium ions has been experimentally demonstrated using the...
In this thesis, laser cooling and trapping of even and odd isotopes of calcium is studied. Temperatu...
Laser cooling of atoms has been a fast growing field of research during the recent years. A generic ...
We describe a setup for a deep optical dipole trap or lattice which should be capable of trapping at...
Abstract. Saturated-absorption signals on the calcium 657 nm transition are observed by direct absor...
We demonstrated the observation of cold rubidium atom two-photon transition excitation by a fiber op...
We present a summary of the results of a simple two-level theory of Doppler cooling in optical molas...
The high-resolution spectroscopy of calcium atoms is examined. A strong dipole-allowed 1S 0- 3P 1 tr...
The process of laser cooling in a quasi resonant standing laser wave is one of the principal techniq...
We propose a new laser cooling method for atomic species whose level structure makes traditional las...
We propose and analyze the possibility of performing two-photon continuous-wave Doppler cooling of h...
A two-photon mechanism for cooling atoms below the Doppler temperature is analyzed. We consider t...
11 pages, 4 figures in eps formatWe propose and analyze the possibility of performing two-photon con...
Laser cooling is theoretically investigated in a cascade three-level scheme, where the excited state...
Laser cooling processes are theoretically investigated for a cascade scheme of atomic levels where t...
International audienceDoppler cooling of calcium ions has been experimentally demonstrated using the...
In this thesis, laser cooling and trapping of even and odd isotopes of calcium is studied. Temperatu...
Laser cooling of atoms has been a fast growing field of research during the recent years. A generic ...
We describe a setup for a deep optical dipole trap or lattice which should be capable of trapping at...
Abstract. Saturated-absorption signals on the calcium 657 nm transition are observed by direct absor...
We demonstrated the observation of cold rubidium atom two-photon transition excitation by a fiber op...
We present a summary of the results of a simple two-level theory of Doppler cooling in optical molas...
The high-resolution spectroscopy of calcium atoms is examined. A strong dipole-allowed 1S 0- 3P 1 tr...
The process of laser cooling in a quasi resonant standing laser wave is one of the principal techniq...
We propose a new laser cooling method for atomic species whose level structure makes traditional las...