Description
Posters presentation
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Alessandro SalaPoster
The solution of the three-dimensional Schrödinger equations for large systems, without any symmetry, requires efficient and robust numerical algorithms due to the large-scale nature of the resulting eigenvalue problem. Conventional methods suffer from slow convergence and require careful tuning depending on the spatial discretization.
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Gradient methods combined with preconditioning have been... -
Beau Gregory Greaves (Istituto Nazionale di Fisica Nucleare)Poster
Looking from the last stable isotope at $^{48}$Ca towards the neutron-rich exotic Ca isotopes, recent mass measurements and high $2^+_1$ energies predict closures of the N = 32 and N = 34 neutron sub-shells, while a monotonic increase in the nuclear radii from $^{48}$Ca to $^{52}$Ca suggests otherwise. Lifetime measurements of low-lying states in the yrast bands of $^{50,51,52}$Ca provide a...
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Federico Simioni (Istituto Nazionale di Fisica Nucleare)Poster
Despite the widespread use of conventional electrochemical batteries, their limited lifespan and their tendency to degrade under extreme environmental conditions restrict their applicability. Betavoltaic batteries, consisting of a radioactive source and a semiconductor material designed to convert the energy of beta particles into electricity, have progressively gained attention due to their...
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Giuseppe AndreettaPoster
A series of sub-barrier transfer experiments have been carried out at LNL in the 60Ni+116Sn system, where the two-neutron transfer channel is well Q-value matched. Reaction products have been detected at forward angles with the large solid angle magnetic spectrometer PRISMA, providing high efficiency and resolution. In these studies, one follows the behavior of the transfer probabilities by...
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Eleanor Kathryn Ronning (INFN Padova)Poster
The region around $N$ = 28 and the 2nd island of inversion is rich in nuclear structure information, where both core breaking and deformation have been previously observed. Between the doubly-magic nucleus $^{48}$Ca and the collective $^{44}$Si lies $^{46}$Ar; $B(E2)$ values from states in $^{46}$Ar can be used to study how deformation evolves at $N$ = 28. The evolution of $B(E2)$ values...
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Katarzyna Barbara GajewskaPoster
The area of the nuclear chart lying northeast of the doubly magic nucleus 78Ni represents a key benchmark for shell-model–based theoretical descriptions. Although closed-shell nuclei in this region have been extensively investigated for decades, the double-magic character of 78Ni was only recently confirmed experimentally by Taniuchi et al. [1]. Their results also...
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Anna Togni (Istituto Nazionale di Fisica Nucleare)Poster
The coupling of the EXOTIC facility with the AGATA γ-ray tracking array at the Laboratori Nazionali di Legnaro (LNL) has provided a powerful tool for studying nuclear structure and reaction mechanisms with light radioactive ion beams (RIBs).
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In preparation for the EXOTIC-AGATA experimental campaign, a new beam-tracking system based on two large-area position-sensitive Micro Channel Plate... -
Tommaso La Marca (University of Florence - INFN Florence)Poster
Cadmium isotopes have been thought to be prime examples of nearly harmonic vibrational nuclei. However, recent studies have started depicting a much more complex picture of their structure, highlighting the possibility of multiple shape coexistence. In particular, advanced beyond-mean-field calculations performed for the 110,112Cd isotopes predict a prolate ground state coexisting with three...
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Davide Genna (University of Milano & INFN Milano)Poster
We present recent results obtained in the $^{22}$Ne + $^{238}$U multi-nucleon transfer experiment performed within the current AGATA campaign at Laboratori Nazionali di Legnaro, aiming to explore the structural evolution of light nuclei towards the $N=20$ Island of Inversion. This work is primarily focused on the spectroscopy of Ne isotopes with neutron number N = 12−16. The experimental...
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