LIANG Haozhao

Liang Haozhao is a faculty member in the Department of Physics at The University of Tokyo. His research focuses on nuclear theory, with an emphasis on nuclear many-body theories and interdisciplinary studies in nuclear physics, nuclear astrophysics, and particle physics. Key research topics include nuclear density functional theory (DFT), structure of exotic nuclei, hidden symmetries in atomic nuclei, nuclear collective excitations, nuclear weak-interaction processes, and r-process nucleosynthesis. His work is detailed on the group's website, and he can be contacted via email at haozhao.liang@phys.s.u-tokyo.ac.jp.

Haozhao Liang is a researcher in Nuclear Theory at the University of Tokyo, focusing on theoretical models for nuclear structure and dynamics. His work explores relativistic density functional theory, pseudospin and spin symmetries, and the application of machine learning to nuclear mass predictions. Liang's research also addresses nuclear mass tables, antimagnetic rotation bands, and the role of isospin corrections in superallowed Fermi decay. His studies contribute to understanding nuclear properties, such as β-decay half-lives and r-process nucleosynthesis. By integrating advanced theoretical frameworks with computational methods, Liang advances the field of nuclear physics through self-consistent relativistic approaches and covariant density functional theory.