Excited intruder states inMg32 | Zendy

Vandana Tripathi | Zendy; S. L. Tabor | Zendy; P. C. Bender | Zendy; C. R. Hoffman | Zendy; Sangjin Lee | Zendy; K. Pepper | Zendy; M. Perry | Zendy; P. F. Mantica | Zendy; J. M. Cook | Zendy; J. Pereira | Zendy; J. S. Pinter | Zendy; J. Stoker | Zendy; D. Weißhaar | Zendy; Y. Utsuno | Zendy; T. Otsuka | Zendy

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Excited intruder states inMg32

Author(s) -

Vandana Tripathi,

S. L. Tabor,

P. C. Bender,

C. R. Hoffman,

Sangjin Lee,

K. Pepper,

M. Perry,

P. F. Mantica,

J. M. Cook,

J. Pereira,

J. S. Pinter,

J. Stoker,

D. Weißhaar,

Y. Utsuno,

T. Otsuka

Publication year - 2008

Publication title -

physical review c

Language(s) - English

Resource type - Journals

eISSN - 1089-490X

pISSN - 0556-2813

DOI - 10.1103/physrevc.77.034310

Subject(s) - excited state , parity (physics) , physics , spectroscopy , atomic physics , quantum mechanics

The low energy level structure ofN=2032Mg obtained viaβ-delayedγspectroscopy is reported. Thelevel structure of32Mg is found to be completely dominated by intruders. An inversion between the 1p-1hand 3p-3h states is observed for the negative parity states, similar to the 0p-0h and 2p-2h inversion for thepositive parity states in theseN∼20 nuclei. The intruder excited states, both positive and negative parity, arereasonably explained by Monte Carlo shell model calculations, which suggest a shrinkingN=20 shell gap withdecreasingZstatus: publishe

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