A new ground-state band level energy formula for transitional nuclei
Shuifa Shen, Jing Pan, Yupeng Yan, Jiejie Shen, Feipeng Wang, Tingtai, Wang, Jiaming Jiang, Jing Song, Mengyun Cheng, Lijuan Hao

TL;DR
This paper introduces a new three-parameter energy formula for ground-state bands in transitional nuclei, bridging the gap between very soft and well-deformed nuclei, and extends previous models with broader applicability.
Contribution
A novel three-parameter formula for transitional nuclei is proposed, generalizing and improving upon previous models by P. von Brentano et al.
Findings
The new formula encompasses existing models as special cases.
It has a broader range of validity for different nuclear shapes.
The formula effectively describes energy levels in transitional nuclei.
Abstract
A new three parameter formula is proposed for ground-state bands in even-even soft rotors or called transitional nuclei. The new formula blends those of very soft nuclei and well deformed nuclei. Especially, it is found in fact that the formula proposed by P. von Brentano et al. can be derived from our formula if some approximations are adopted and it can be explained why in their work the energy-dependent term beta*E can be dropped. Compared to their formula it can be resulted in that the range of validity of our formula will be much broader than theirs.
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Taxonomy
TopicsNuclear physics research studies · Quantum, superfluid, helium dynamics · Cold Atom Physics and Bose-Einstein Condensates
