In this contribution, we report some recent progress in our understanding of particle-vibration coupling (PVC) in nuclei. In particular, we first review the formal development that has allowed some of us to deduce the PVC equations within the Green’s functionmethod. Applications are then discussed, both in the case of single-particle states and giant resonances in magic nuclei. We also present a new model that extends the PVC ansatz and is meant to account for the complete low-lying spectra of odd nuclei.
Particle-vibration coupling : recent advances in microscopic calculations with the Skyrme Hamiltonian / G. Colò, M. Baldo, P.F. Bortignon, D. Rizzo, G. Bocchi. - In: PHYSICS OF ATOMIC NUCLEI. - ISSN 1063-7788. - 79:6(2016), pp. 858-867.
Particle-vibration coupling : recent advances in microscopic calculations with the Skyrme Hamiltonian
G. ColòPrimo
;P.F. Bortignon;G. BocchiUltimo
2016
Abstract
In this contribution, we report some recent progress in our understanding of particle-vibration coupling (PVC) in nuclei. In particular, we first review the formal development that has allowed some of us to deduce the PVC equations within the Green’s functionmethod. Applications are then discussed, both in the case of single-particle states and giant resonances in magic nuclei. We also present a new model that extends the PVC ansatz and is meant to account for the complete low-lying spectra of odd nuclei.File | Dimensione | Formato | |
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