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Ms Agata Krzysiek (University of Warsaw, Poland)08/09/2026, 11:00
The nickel isotopes offer a unique laboratory for investigating shape evolution in the vicinity of the doubly magic N=Z nucleus, Ni (Z=N=28), which should exhibit structural properties similar to those observed in the Z=N=20 region. Indeed, observation of the SD structures was also reported in Ni and was explained as the result of multiparticle-multihole excitation, as in the case of Ca....
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Iwona Piętka08/09/2026, 11:15
For several decades, stable even-mass Cd isotopes have been considered to be textbook examples of multiphonon spherical vibrators [1] based on the excitation energy pattern of their low-lying states. However, a detailed study of $^{110,112}$In $\beta^{+}$/EC decay and $^{112}$Ag $\beta^{-}$ decay, as well as subsequent beyond-mean-field theoretical calculations [2-6] suggested instead the...
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Rainer Abels (University of Cologne)08/09/2026, 11:30
Excited reaction products from the $^{136}\text{Xe}$ + $^{208}\text{Pb}$ system at 1 GeV were investigated using the high-resolution $\gamma$-ray tracking array AGATA coupled to the mass spectrometer PRISMA at LNL, positioned at the grazing angle. For the beam-like fragments, energy $E$, atomic number $Z$, velocity $\beta$, charge state $q$, and mass number A were measured over the range...
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Filippo Angelini (GSI)08/09/2026, 11:45
In December 2022, an experiment was performed at INFN-LNL with a $^{208}$Pb beam at 1300 MeV impinging on a $^9$Be target, using the inverse kinematics fusion-fission reaction for both nuclear structure and reactions studies. The experiment was performed using the AGATA γ-ray tracking array coupled to the magnetic spectrometer PRISMA [1–3]. This setup allowed one to measure the γ rays from the...
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