63 citations · 102 across the 9 of their papers we have counts for
9 papers
More on Odd-J Pairing in Nuclei
L. Zamick, A. Escuderos
We point out a simplicity that arises when we use an interaction in which only an energy with odd J is non-zero. The emphasis is on J=J_{\text{max}} and in particular J=9^{+} in th…
How degeneracies can obscure interesting physics
L. Zamick, A. Escuderos
We show how degeneracies, accidental or otherwise, can obscure some interesting physics. We further show how one can get around this problem.
Clustering of energy levels
L. Zamick, A. Escuderos
It is noted that in single j-shell calculations certain odd-spin states in even--even nuclei lie in a narrow energy band; likewise certain states in odd--odd nuclei.
Shell model test of quadrupole properties predicted by the rotational formula--the degenerate SDI interaction and non-degenerate FPD6
A. Escuderos, L. Zamick
In the rotational model for a K=0 band in an even-even nucleus, there is a single parameter--Q_0, the intrinsic quadrupole moment. All B(E2)'s in the band and all static quadrupole…
Seniority conservation and seniority violation in the g_{9/2} shell
A. Escuderos, L. Zamick
The g_{9/2} shell of identical particles is the first one for which one can have seniority-mixing effects. We consider three interactions: a delta interaction that conserves senior…
Wave functions in the f_{7/2} shell, for educational purposes and ideas
A. Escuderos, L. Zamick, B. F. Bayman
We use the spectrum of {42}Sc as input to calculate wave functions and energy levels of all nuclei in the single-j-shell model with j equal to f_{7/2}. The value of these results f…