An extension of the interacting boson model and its application to the even-even Gd isotopes
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Cited by (100)
High-spin level structure and Ground-state phase transition in the odd-mass <sup>103−109</sup>Rh isotopes in the framework of exactly solvable sdg interacting boson–fermion model
2018, Nuclear Physics ACitation Excerpt :2) The study of the effects of various multipole interactions within the framework of the sdg-IBM on the equilibrium shape of the ground state in deformed nuclei has revealed that a hexadecapole interaction involving a g boson is needed to induce a triaxial shape. Over the years, microscopic and phenomenological evidence has been gathered that shows the importance of the g boson in deformed regions [9–17,19]. Including the g boson, in a recent study in the sdg-IBM, no shape or phase transitions toward stable triaxial shapes were found [14].
Exactly solvable model in quadrupole-octupole coupled states
2018, Nuclear Physics AElectric monopole transitions from low energy excitations in nuclei
1999, Nuclear Physics A
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