We have investigated an extension of the buffer gas cooling technique to a non-neutral buffer gas. The proposed scheme will allow efficient mass-selective centering of ions confined in a Penning trap in situations where the use of a neutral damping agent is not possible. The present paper reviews the principle of the technique and reports on evidence for sideband cooling of antiprotons in an electron gas, obtained with the ATHENA apparatus at CERN’s Antiproton Decelerator facility
Electron cooling is a well-established technique to increase the phase space density of particle bea...
We apply novel bunch forms for efficient laser cooling of fast stored ion beams at the Heidelberg Te...
Doppler and sideband cooling are long-standing techniques that have been used together to prepare tr...
We have investigated an extension of the buffer gas cooling technique to a non-neutral buffer gas. T...
The cooling action of a buffer gas on ions contained within it can be used to cool an ion beam, ther...
Evaporative cooling has proven to be an invaluable technique in atomic physics, allowing for the stu...
An ion cloud in a Penning trap can be cooled by adiabatic expansion by reducing the trap's magnetic ...
We have recently demonstrated the laser cooling of a single 40Ca+ ion to the motional ground state i...
In this work I investigated the sympathetic cooling effect of antipro- tons with a plasma of charged...
We present the results of simulations of optical sideband cooling of atomic ions in a trap with a sh...
This thesis presents work aimed towards achieving sideband cooling of 40Ca+ ions in a Penning trap. ...
Hot electrons confined in a Penning trap at 3 tesla self-cool to near room temperature in a few seco...
Reaching ultracold temperatures within hybrid atom-ion systems is a major limiting factor for contro...
We present an experiment to sympathetically cool protons and antiprotons in a Penning trap by resona...
Two techniques are described that simplify the experimental requirements for measuring and manipulat...
Electron cooling is a well-established technique to increase the phase space density of particle bea...
We apply novel bunch forms for efficient laser cooling of fast stored ion beams at the Heidelberg Te...
Doppler and sideband cooling are long-standing techniques that have been used together to prepare tr...
We have investigated an extension of the buffer gas cooling technique to a non-neutral buffer gas. T...
The cooling action of a buffer gas on ions contained within it can be used to cool an ion beam, ther...
Evaporative cooling has proven to be an invaluable technique in atomic physics, allowing for the stu...
An ion cloud in a Penning trap can be cooled by adiabatic expansion by reducing the trap's magnetic ...
We have recently demonstrated the laser cooling of a single 40Ca+ ion to the motional ground state i...
In this work I investigated the sympathetic cooling effect of antipro- tons with a plasma of charged...
We present the results of simulations of optical sideband cooling of atomic ions in a trap with a sh...
This thesis presents work aimed towards achieving sideband cooling of 40Ca+ ions in a Penning trap. ...
Hot electrons confined in a Penning trap at 3 tesla self-cool to near room temperature in a few seco...
Reaching ultracold temperatures within hybrid atom-ion systems is a major limiting factor for contro...
We present an experiment to sympathetically cool protons and antiprotons in a Penning trap by resona...
Two techniques are described that simplify the experimental requirements for measuring and manipulat...
Electron cooling is a well-established technique to increase the phase space density of particle bea...
We apply novel bunch forms for efficient laser cooling of fast stored ion beams at the Heidelberg Te...
Doppler and sideband cooling are long-standing techniques that have been used together to prepare tr...