Add to ORKGWe report the slowing of a supersonic beam by elastic reflection from a receding atomic mirror. We use a pulsed supersonic nozzle to generate a 511 +/- 9 m/s beam of helium that we slow by reflection from a Si(111)-H(1x1) crystal placed on the tip of a spinning rotor. We were able to reduce the velocity of helium by 246 m/s and show that the temperature of the slowed beam is lower than 250 mK in the co-moving frame
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
Our research program focuses on the development of a method to cool atoms and molecules of any choic...
In this thesis we describe a new method of producing an intense, cold beam of slow noble gas atoms. ...
In this thesis we describe a new method of producing an intense, cold beam of slow noble gas atoms. ...
Supersonic molecular beams are used in many applications ranging from spectroscopy and matter wave o...
Supersonic molecular beams are used in many applications ranging from spectroscopy and matterwave op...
We have developed a new diagnostic tool for the study of Zeeman-compensated slowing of an alkali at...
textThis dissertation discusses several recently developed experimental techniques for controlling t...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
This thesis describes two tools for atom optics experiments. The first one is a bright metastable he...
We have decelerated a cesium atomic beam from thermal velocities down to several tens of m/s within ...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
This thesis describes two tools for atom optics experiments. The first one is a bright metastable he...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
Our research program focuses on the development of a method to cool atoms and molecules of any choic...
In this thesis we describe a new method of producing an intense, cold beam of slow noble gas atoms. ...
In this thesis we describe a new method of producing an intense, cold beam of slow noble gas atoms. ...
Supersonic molecular beams are used in many applications ranging from spectroscopy and matter wave o...
Supersonic molecular beams are used in many applications ranging from spectroscopy and matterwave op...
We have developed a new diagnostic tool for the study of Zeeman-compensated slowing of an alkali at...
textThis dissertation discusses several recently developed experimental techniques for controlling t...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
This thesis describes two tools for atom optics experiments. The first one is a bright metastable he...
We have decelerated a cesium atomic beam from thermal velocities down to several tens of m/s within ...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
This thesis describes two tools for atom optics experiments. The first one is a bright metastable he...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
We present a new set-up producing a slow beam of metastable argon atoms pulsed at 10 Hz maximum, whi...
Our research program focuses on the development of a method to cool atoms and molecules of any choic...