6 papers
The Th Isomer: Nuclear Structure, Clocks, and Tests of Fundamental Physics
Xiao Lu, Rui Zhao, Shan-Gui Zhou
The Th nucleus possesses an isomeric state at an excitation energy of eV, the lowest known nuclear transition energy, placing its frequency in the vacuum-ultraviol…
Deformed neutron halo nuclei and soft dipole excitations in the 40<A<90 mass region
Xiao Lu, Cong Pan, Hiroyuki Sagawa +2
We study deformed neutron halo nuclei in the mass region and their soft electric dipole () excitations based on the deformed relativistic Hartree-Bogoliubov theor…
A Halo: The Trigger to a New Era of Nuclear Correlations
Hiroyuki Sagawa, Xiao Lu, Shan-Gui Zhou
In this contribution to the Halo-40 Proceedings, we discuss two topics regarding halo phenomena: The first is the pairing anti-halo effect on the neutron radius of halo nuclei and…
Octupole correlations in Rn
Yi-Ming Jiang, Xiao Lu, Shan-Gui Zhou
The octupole correlations in Rn are investigated by using multi-dimensionally constrained covariant density functional theory. The ground-state properties and p…
Octupole correlations in superdeformed bands of Ni
Xiao Lu, Shivani Jain, Hiroyuki Sagawa +1
The projected multi-dimensionally-constrained relativistic Hartree-Bogoliubov model was employed to calculate the potential energy surface of the high-spin states in $^{56}\text{Ni…
Dipole response of deformed halo nuclei Ne and Mg
Xiao Lu, Hiroyuki Sagawa, Shan-Gui Zhou
We study the soft electric dipole () response of deformed halo nuclei Ne and Mg using a deformed Woods-Saxon potential, with the potential depth adjusted to repro…