We present a detailed study of a continuum random-phase approximation approach to
quasielastic electron-nucleus and neutrino-nucleus scattering. We compare the (e, e′) …

Random Phase Approximation (RPA) is the theory most commonly used to describe the
excitations of many-body systems. In this article, the secular equations of the theory are …

We extend our previous studies of the neutrino-induced reactions on 12C and muon capture
to include partial occupation of nuclear subshells in the framework of the continuum random …

Recently a new formalism has been developed to described nuclear electromagnetic
response within the continuum RPA theory. This model is extended in order to calculate …

Motivated by recent experiments we have studied ν e and ν μ induced charged-and neutral-
current reactions on C 12 within the continuum random phase approximation employing two …

A coordinate space RPA formalism is proposed to handle one-nucleon emission processes
in a self-consistent way. A method is outlined to solve the RPA equations so obtained for the …

Axions coupled to nucleons might be copiously emitted from core-collapse supernovae
(SNe). If the axion-nucleon coupling is strong enough, then axions would be emitted from …

Particle-hole excitations are studied in terms of a single-particle representation consisting of
bound states and resonant solutions (Gamow resonances) of a ''realistic''Woods-Saxon …

We use the continuum random phase approximation to describe the muon capture on C 12,
16 O, and Ca 40. We reproduce the experimental total capture rates on these nuclei to better …

We report on a calculation of cross sections for charged-current quasielastic antineutrino
scattering off 12 C in the energy range of interest for the MiniBooNE experiment. We adopt …