This review paper emphasizes the significance of microscopic calculations with quantified
theoretical error estimates in studying lepton–nucleus interactions and their implications for …

Abstract The 12 C (p, 2p) 11 B reaction at E p= 98.7 MeV proton beam energy is analyzed
using a rigorous three-particle scattering formalism extended to include the internal …

One-nucleon spectroscopic overlaps, their strength or spectroscopic factors (SFs), and
nucleon removal cross sections for light nuclei in the mass range A≤ 12 were evaluated …

We calculate kinematically fully exclusive cross sections for the 12 C (p, 2p) 11 B reaction at
E p= 98.7 MeV proton beam energy, leading to the low-lying states of 11 B. We use rigorous …

Background: Nucleon-knockout reactions on proton targets (p, p N) have experienced a
renewed interest due to the availability of inverse-kinematics experiments with exotic nuclei …

Atomic nuclei are bound many-body systems of protons and neutrons interacting by a strong
short-range force and Coulomb. To a first approximation many of them can be described by …

The effective polarization of the residual nucleus in the proton-induced α knockout reaction
is investigated within the distorted wave impulse approximation framework. The strong …

This review paper emphasizes the significance of microscopic calculations with quantified
theoretical error estimates in studying lepton–nucleus interactions and their implications for …

We investigate the impact of ambiguities coming from the choice of optical potentials and
nucleon-nucleon scattering cross sections on the spectroscopic factors extracted from the …

Introduction: Proton-induced nucleon knockout reactions have been widely used in recent
years to explore the single-particle properties of various nuclei. In this study, we examine the …