Electrons and photons are the ideal probes to study the hadronic structure of nuclei and
elementary particles. At the interface of nuclear and particle physics, electro-and …

Nuclear spin longitudinal and transverse response functions in the isovector channel are
calculated by the continuum random-phase approximation with the orthogonality condition …

The nuclear response function in the random-phase-approximation theory may be
substantially altered at high excitation energy due to coupling of 1p-1h to 2p-2h or higher …

The longitudinal and transverse response functions for the inclusive quasielastic (e, e')
reaction are analyzed in detail. A microscopic theoretical framework for the many-body …

The longitudinal and transverse components of the nuclear electromagnetic response are
studied taking into account continuum particle-hole rescattering processes. Finite range …

The continuum RPA formalism, taking into account the exchange term of the particle-hole
interaction explicitly, is developed and applied to the spin-isospin and longitudinal response …

A new method for calculating the optical-model potential microscopically from one boson
exchange potentials (OBEPs) is developed. The G-matrix is calculated by solving the Bethe …

The role played by np tensor correlations in the longitudinal and transverse response
functions is investigated in the quasi-free region. A model is proposed where the response …

Nucleon emission in the quasi-elastic region is studied for the 12C (e, e'p) and 12C (e, e'n)
reactions. We present a model which couples the one-nucleon emission channels …

The charge response for 12C and 40Ca in the quasi-elastic region is calculated by means of
non-relativistic many-body theory. Within the continuum RPA a finite-range interaction is …