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A wide range of research topics in different fields of physics can be addressed by study of the self-conjugate N = Z nuclei, such as the np pairing, isospin symmetry, the rp-process and the properties of the electroweak interaction. This contribution focuses on the spectroscopy of N~Z nuclei towards ~(100)Sn. The latest results on the isomeric decay spectroscopy of N~Z nuclei below ~(100)Sn, such as the N = Z +2 nuclides ~(94)Pd and ~(96)Ag, the N = Z nuclide ~(96)Cd and so on are highlighted. New opportunities in in-beam γ spectrscopy of N~Z nuclei towards ~(100)Sn, like ~(90)Rh and ~(92)Pd, with radioactive ion beams are discussed.
A wide range of research topics in different fields of physics can be addressed by study of the self-conjugate N = Z nuclei, such as the np pairing, isospin symmetry, the rp-process and the properties of the electroweak interaction. on the spectroscopy of N ~ Z nuclei towards ~ (100) Sn. The latest results on the isomeric decay spectroscopy of N ~ Z nuclei below ~ (100) Sn, such as the N = Z +2 nuclides ~ ~ (96) Ag, the N = Z nuclide ~ (96) Cd and so on are highlighted. New opportunities in-beam γ spectrscopy of N~Z nuclei towards ~ (100) Sn, (92) Pd, with radioactive ion beams are discussed.