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Extinction of the N=20 neutron-shell closure for 32Mg examined by direct mass measurements

The 'island of inversion' around $^{32}$Mg is one of the most important paradigm for studying the disappearance of the stabilizing 'magic' of a shell closure. We present the first Penning-trap mass measurements of the exotic nuclides $^{29-31}$Na and $^{30-34}$Mg, which allow a precise determination of the empirical shell gap for $^{32}$Mg. The new value of 1.10(3) MeV is the lowest observed shell gap for any nuclide with a canonical magic number.

preprint2013arXivOpen access
A. ChaudhuriC. AndreoiuT. BrunnerU. ChowdhuryS. EttenauerA. T. GallantG. GwinnerA. A. KwiatkowskiA. LennarzD. LunneyT. D. MacdonaldB. E. SchultzM. C. SimonV. V. SimonJ. Dilling
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A. ChaudhuriC. AndreoiuT. BrunnerU. ChowdhuryS. EttenauerA. T. GallantG. GwinnerA. A. KwiatkowskiA. LennarzD. LunneyT. D. MacdonaldB. E. SchultzM. C. SimonV. V. SimonJ. Dilling

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