A setup for laser cooling and confining of 7Li atoms in a magneto-optical trap has been built. The possibility of cooling and trapping of 7Li atoms in a wide range of frequency detuning of the cooling laser has been proved experimentally. Independent information on the density and number of ultracold 7Li atoms on various ground-state sublevels, as well as on the temperature of the atoms, has been obtained with the use of a probing tunable laser. This information is important for preparing an ultracold plasma and Rydberg matter
The study of atomic quantum behavior requires that atoms be in a low energy, low temperature state s...
The advent of the magneto-optical trap (MOT) introduced to the field of atomic physics an unpreceden...
Ultracold atoms, produced by laser cooling and trapping, have led to recent advances in quantum info...
Our goal is the preparation and study of ultracold plasma and Rydberg matter. We assembled an experi...
Laser cooling techniques, developed in the 1980s, are routinely used in labs and allow scientists to...
This thesis describes the advances made towards a dual-species magneto-optical trap (MOT) of Li and ...
The theory of cooling neutral atoms to microkelvin temperatures using a magneto optical trap will be...
This thesis describes the advances made towards a dual-species magneto-optical trap (MOT) of Li and ...
Laser cooling and trapping techniques made possible during the last two decades important achievemen...
A detailed experimental and theoretical investigation of a magneto-optical trap for caesium atoms is...
This thesis reports on the design and construction of, and results from, an optical-dipole trapping ...
Laser cooling and trapping has been essential to the study of ultracold atoms. Conventionally, conti...
The NBS-Gaithersburg experiments on laser deceleration and cooling of atomic beams are reviewed. The...
In this final year project, 2 tunable laser systems are constructed for the purpose of cooling and t...
This thesis presents work done on two projects that contribute to the study of ultracold atoms in th...
The study of atomic quantum behavior requires that atoms be in a low energy, low temperature state s...
The advent of the magneto-optical trap (MOT) introduced to the field of atomic physics an unpreceden...
Ultracold atoms, produced by laser cooling and trapping, have led to recent advances in quantum info...
Our goal is the preparation and study of ultracold plasma and Rydberg matter. We assembled an experi...
Laser cooling techniques, developed in the 1980s, are routinely used in labs and allow scientists to...
This thesis describes the advances made towards a dual-species magneto-optical trap (MOT) of Li and ...
The theory of cooling neutral atoms to microkelvin temperatures using a magneto optical trap will be...
This thesis describes the advances made towards a dual-species magneto-optical trap (MOT) of Li and ...
Laser cooling and trapping techniques made possible during the last two decades important achievemen...
A detailed experimental and theoretical investigation of a magneto-optical trap for caesium atoms is...
This thesis reports on the design and construction of, and results from, an optical-dipole trapping ...
Laser cooling and trapping has been essential to the study of ultracold atoms. Conventionally, conti...
The NBS-Gaithersburg experiments on laser deceleration and cooling of atomic beams are reviewed. The...
In this final year project, 2 tunable laser systems are constructed for the purpose of cooling and t...
This thesis presents work done on two projects that contribute to the study of ultracold atoms in th...
The study of atomic quantum behavior requires that atoms be in a low energy, low temperature state s...
The advent of the magneto-optical trap (MOT) introduced to the field of atomic physics an unpreceden...
Ultracold atoms, produced by laser cooling and trapping, have led to recent advances in quantum info...