The Physics of Atomic Nuclei presents research in nuclear physics, covering nuclear structure, reactions, and decays. It serves as a comprehensive resource for scientists exploring the fundamental properties of atomic nuclei and their interactions. The journal features experimental and theoretical studies, offering insights into nuclear matter, nuclear forces, and nuclear processes under extreme conditions. Topics encompass nuclear spectroscopy, nuclear astrophysics, and the application of nuclear methods in related disciplines.
Indexed in databases such as CAS, Scopus, and Web of Science, it provides researchers, academics, and students in physics and nuclear science with the latest developments. Its scope is broad, including the study of stable and exotic nuclei, as well as investigations into the quark-gluon plasma and relativistic heavy-ion collisions. Emphasis is given to both experimental data and theoretical models that advance the field. It plays a key role in promoting international collaboration and facilitating the exchange of ideas.
By publishing cutting-edge research, Physics of Atomic Nuclei drives progress in nuclear physics and related disciplines. The journal serves as a focal point for researchers around the world, supporting their efforts to unravel the mysteries of the atomic nucleus and its role in the universe. Researchers are invited to submit their work and be part of this international community.