The present work consists in studying a correlation that we have observed, for the first time, between two well-known quantum concepts, namely: the Minimal Length (ML) and the Deformation-Dependent Mass (DDM) which are widely used in different fields of physics. This correlation was revealed in transitional nuclei near the Critical Point Symmetries (CPS) X(3) and Z(4) through calculations of their energy spectra, moments of inertia and transition probabilities. Based on this correlation which could be considered as a new signature for CPS, we have found eventual new candidate nuclei for these critical points.

中文翻译：

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原子核形状相变内两个量子概念之间的相关性

当前的工作在于研究我们首次观察到的两个众所周知的量子概念之间的相关性，即最小长度（ML）和形变相关质量（DDM），它们在不同领域中广泛使用物理学。通过计算它们的能谱，惯性矩和跃迁概率，可以在临界点对称性（CPS）X（3）和Z（4）附近的跃迁核中揭示这种相关性。基于这种相关性，可以将其视为CPS的新特征，我们发现了这些关键点的最终新候选核。