Aspects of Cooling at the TRI$μ$P Facility

Details Aspects of Cooling at the TRI$μ$P Facility Aspects of Cooling at the TRI$μ$P Facility

2006-02-03

arxiv.org/abs/physics/0602022v1

Physics

Atomic Physics

COOL05 Workshop, Galena, Il, USA, 18-23. Sept. 2005, 5 pages, 3 figures

Scientific paper

10.1063/1.2190159

The Tri$\mu$P facility at KVI is dedicated to provide short lived radioactive isotopes at low kinetic energies to users. It comprised different cooling schemes for a variety of energy ranges, from GeV down to the neV scale. The isotopes are produced using beam of the AGOR cyclotron at KVI. They are separated from the primary beam by a magnetic separator. A crucial part of such a facility is the ability to stop and extract isotopes into a low energy beamline which guides them to the experiment. In particular we are investigating stopping in matter and buffer gases. After the extraction the isotopes can be stored in neutral atoms or ion traps for experiments. Our research includes precision studies of nuclear $\beta$-decay through $\beta$-$\nu$ momentum correlations as well as searches for permanent electric dipole moments in heavy atomic systems like radium. Such experiments offer a large potential for discovering new physics.

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