The relativistic mean-field model of the nucleus is reviewed. It describes the nucleus as a
system of Dirac nucleons which interact in a relativistic covariant manner via meson fields …

Few-nucleon physics is a field rich with high-quality experimental data and possibilities for
accurate calculations of strongly correlated quantum systems. In this article the authors …

Electromagnetic reactions on light nuclei are fundamental to advance our understanding of
nuclear structure and dynamics. The perturbative nature of the electromagnetic probes …

Nuclear electromagnetic currents are derived in time-ordered perturbation theory within an
effective-field-theory framework including explicit nucleons, Δ isobars, and pions up to one …

Different models for conserved two-and three-body electromagnetic currents are constructed
from two-and three-nucleon interactions, using either meson-exchange mechanisms or …

Recent developments in the theory of nuclear exchange current operators are reviewed. The
relation between the nuclear interaction and the associated electromagnetic and weak …

A big spectrum of processes induced by real and virtual photons on the 3He and 3H nuclei
is theoretically investigated through many examples based on nonrelativistic Faddeev …

The charge and magnetic form factors of light nuclei, mainly for mass number A≤ 4, provide
a sensitive test of our understanding of nuclei. A number of “exact” calculations of the wave …

The magnetic form factors of H 3 and He 3 are calculated with the Monte Carlo method from
variational ground-state wave functions obtained for the Argonne and Urbana two-and three …

An electromagnetic current operator is deduced from the most general form of the extended
pion-nucleon vertex function using the minimal substitution prescription. It is proved that the …