Conveners
Clustering phenomena and multi-particle decay
- Giovanni Casini (Istituto Nazionale di Fisica Nucleare)
Clustering phenomena and multi-particle decay
- Rémi Bougault (LPC/ENSI Caen)
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Alessia Francesca Di Pietro (Istituto Nazionale di Fisica Nucleare)5/26/26, 9:30 AMOral contribution
The region of the nuclear chart corresponding to light radioactive nuclei has, over the years, yielded many surprising results, among others the discovery of the halo structure in neutron and proton dripline nuclei. This region of the nuclear chart is also rich of many other phenomena like the appearance of molecular-like structures where -particle-clusters are bound together by the exchange...
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Martina Figuera (Università degli Studi di Catania)5/26/26, 10:15 AMOral contribution
M. Figueraᵃ, A. Di Pietroᵇ, N. Szegediᵇ, D. Torresiᵇ, P. Figueraᵇ, A. Shotterᶜ, R. J. de Boerᵈ, S.Cherubiniᵇᵃ, M. La Cognataᵇ, L. Guardoᵇ, M. Gulinoᵇᵉ, L. Lamiaᵇᵃ, A. Olivaᵇ, G. Pizzoneᵇᵃ, G.Rapisardaᵇᵃ, R. Spartaᵇᵉ, M. L. Sergiᵇᵃ, A. Tuminoᵇᵉ, T. Davinsonᶜ, N. Duyᶠ, J. P. Fernández Garcíaᵍ,S. Heinitzʰ, S. Hayakawaᶦ, E. A. Maugeriʰ, M. Milinʲ, A. Nurmukhanbetovaᵇᵉ, H. Shimizuᶦ, D.Schumannʰ, N....
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Rosaria Cavallaro (Dipartimento di Fisica e Astronomia "E. Majorana", Università degli Studi di Catania & INFN-Sezione di Catania)5/26/26, 10:40 AMOral contribution
R. Cavallaro$^{*1,2}$, G. Cardella$^2$, N. S. Martorana$^2$, A. Castoldi$^3$, E. De Filippo$^2$, E. Gambera$^{1,2}$, E. Geraci$^{1,2,4}$, B. Gnoffo$^{1,2}$, C. Guazzoni$^3$, C. Maiolino$^5$, E. V. Pagano$^5$, S. Pirrone$^2$, G. Politi$^{1,2}$, F. Risitano$^{2,4,6}$, F. Rizzo$^{1,4,5}$, P. Russotto$^5$, M. Trimarchi$^{2,6}$, C. Zagami$^{4,5}$
*1. Dipartimento di Fisica e Astronomia “E....
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Ilham Dekhissi (LPC Caen)5/26/26, 11:05 AMOral contribution
The second $0_{2}^+$ state of $^{12}$C at an excitation energy of 7.654 MeV, known as the Hoyle state [1], is crucial to understanding how $^{12}$C is formed in stellar nucleosynthesis. Despite recent studies, there is no consensus on the properties of the Hoyle state, with different theoretical models predicting a range of radii values and spatial arrangements [2-3].
Experimentally, only a...
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Louis Heitz (CEA)5/26/26, 12:00 PMOral contribution
Clustering in finite nuclei is best understood not as an isolated peculiarity of a few light systems, but as a structural and dynamical regime whose signatures run from spectroscopy to decay. In this talk, I will discuss how cluster correlations emerge, evolve, and eventually disappear as nuclei are driven across density- and temperature-controlled regimes, including dilution-induced quantum...
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Rodrigue Didier-Pichat (IJCLab)5/26/26, 12:45 PMOral contribution
It has been shown for several years that cluster states in nuclei could be understood through universal microscopic approaches [1, 2]. Furthermore, starting from a nuclear matter model including clusters, and with a finite nucleus-matter correspondence, it is possible to predict and observe alpha clusters at the surface of Tin isotopes[3]. Here, we present a unified theoretical framework for...
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Carmelo Piazza (Istituto Nazionale di Fisica Nucleare), Carmelo Piazza (INFN - LNS & UniCT)5/26/26, 1:10 PMOral contribution
The formation of nuclear clusters, emerging as many-body correlations at sub-saturation densities, constitutes an essential feature for the construction of a reliable Equation of State (EOS). Phenomenological models based on energy density functionals (EDFs) offer a convenient approach to account for these bound states by introducing clusters as additional degrees of freedom (DOF)[1].
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In this...