Pionic Atom Spectroscopy in the (d,3He) reaction at finite angles

Abstract

We study the formation of deeply bound pionic atoms in the (d,3He) reactions theoretically and show the energy spectra of the emitted 3He at finite angles, which are expected to be observed experimentally. We find that the different combinations of the pion-bound and neutron-hole states dominate the spectra at different scattering angles because of the matching condition of the reaction. We conclude that the observation of the (d,3He) reaction at finite angles will provide the systematic information of the pionic bound states in each nucleus and will help to develop the study of the pion properties and the partial restoration of chiral symmetry in nuclei.

7 pages, 4 figures, 1 table

References in corpus (3)

• In-medium Pion and Partial Restoration of Chiral Symmetry
• Precision Spectroscopy of Deeply Bound Pionic Atoms and Partial Restoration of Chiral Symmetry in Medium
• Isospin Properties of ($K^{-}$, $N$) Reactions for the Formation of Deeply-bound Antikaonic Nuclei

Cited by in corpus (6)

• Feasibility Study of Observing eta' Mesic Nuclei with (p,d) Reaction
• Spectroscopy of pionic atoms in ${}^{122}\text{S}\mathbf{n}(\text{d},{}^3\text{H}\mathbf{e})$ reaction and angular dependence of the formation cross sections
• Pion properties at finite nuclear density based on in-medium chiral perturbation theory
• (d,3He) reaction on odd-neutron nuclear target for the formation of deeply bound pionic atoms
• Structure of double pionic atoms
• The ${\eta }^{\prime }N$ interaction from the ${\eta }^{\prime }p$ correlation function