The DRHBc Mass Table Collaboration is a collaboration of Universities and Institutions from China and South Korea. The DRHBc Mass Table Collaboration wish to combine the strengths from a number of Universities and Institutions to accomplish the following:

To develop the DRHBc theory and extend it to provide a unified description of all even-even, odd-A, and odd-odd nuclei in the nuclear chart by overcoming all possible challenges.

To construct the first relativistic nuclear mass table with the deformation and continuum effects by the DRHBc theory.

To explore novel phenomena in nuclear physics by the DRHBc theory and various applications of the DRHBc mass table in nuclear astrophysics.

To promote and strengthen an active scientific collaboration in the fields of nuclear physics and nuclear astrophysics between the parties.

Our group becomes officially one of the members since August 22, 2022.

This project aims to develop a theoretical framework for investigating weak decays in medium-heavy deformed nuclei based on nuclear forces and weak decay operators derived from chiral effective field theory and utilizes renormalization group methods.

Integrate ab initio approaches with traditional nuclear structure models.

Compute nuclear matrix elements (NMEs) for key nuclear weak decays and quantify their uncertainties.

Provide theoretical support for the search of new physics at the nuclear energy scales and the understanding of element formation in the Universe.