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Collinear laser spectroscopy on unstable isotopes—A tool of nuclear physics

  • Hyperfine Interactions in Atoms, Molecule Ions and Other Simple Systems
  • Laser Applications in Nuclear Physics
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Abstract

Atomic hyperfine structures and isotope shifts yield basic information about nuclear ground-state spins, moments and mean square charge radii. Recently, the collinear-beam laser experiments at ISOLDE have considerably enlarged the range of elements for which these studies can be extended into regions far from β-stability. The essential features of these experiments are outlined, and examples of the results on the rare-earth and radium isotopic chains are given. Finally, further improvements in sensitivity using non-optical detection are discussed.

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Neugart, R. Collinear laser spectroscopy on unstable isotopes—A tool of nuclear physics. Hyperfine Interact 24, 159–180 (1985). https://doi.org/10.1007/BF02354810

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