We calculate, for the first time, the state-dependent pairing gap of a finite nucleus (120 Sn)
diagonalizing the bare nucleon-nucleon potential (Argonne v 14) in a Hartree-Fock basis …

Within the framework of nuclear field theory (NFT), the spectrum of atomic nuclei is
described in terms of collective and quasiparticle degrees of freedom, that is, of elementary …

A complete characterization of the structure of nuclei can be obtained by combining
information arising from inelastic scattering, Coulomb excitation, and γ-decay, together with …

A self-consistent approach in the problem of taking into account quasiparticle-phonon
interaction provides a high predictive power and is free from adjustable parameters (this is of …

The modern theory of the atomic nucleus results from the merging of the liquid drop model of
Niels Bohr and Fritz Kalckar, and of the shell model of Marie Goeppert Meyer and Hans …

We investigate the role the interweaving of surface vibrations and nucleon motion has on
Cooper pair formation in spherical superfluid nuclei. A quantitative calculation of the state …

A method based on the consistent use of the Green function formalism has been developed
to calculate the distribution of the single-particle strength in odd nuclei with pairing. The …

A method of consistent treatment of phonon contributions to the self-energy and gap terms in
non-magic nuclei is developed in so-called g 2 approximation, where g is the creation …

A system of equations is obtained for the Cooper gap in nuclei. The system takes two
mechanisms of superfluidity into account in an approximation quadratic in the phonon …

Relativistic nuclear response theory is formulated for the proton–neutron pairing, or
deuteron transfer, channel. The approach is based on the meson–nucleon Lagrangian of …