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Results of decay spectroscopy on nuclei in vicinity of the doubly magic 48Niare presented. The measurements were performed with a Time Projection Chamberwith optical readout which records tracks of ions and protons in the gaseousvolume. Six decays of 48Ni including four events of two-proton ground-stateradioactivity were recorded. An advanced reconstruction procedure yielded the2p decay energy for 48Ni of Q2p = 1.29(4) MeV. In addition, the energy spectraof \b{eta}-delayed protons emitted in the decays of 44Cr and 46Fe, as well ashalf-lives and branching ratios were determined. The results were found to beconsistent with the previous measurements made with Si detectors. A new protonline in the decay of 44Cr corresponding to the decay energy of 760 keV isreported. The first evidence for the \b{eta}2p decay of 46 Fe, based on oneclear event, is shown.

Proton spectroscopy of 48Ni, 46Fe, and 44Cr