Research Report

■ Theoretical Physics

Quark-hadron Nuclear Physics

1.Di-Nucleus Configurations of Molecular Resonances and Particle-Angular Correlations in²⁸Si +²⁸ Si System

2.Modeling with uncertainties: the role of the fission barrier

3.Determination of ⁸B(p,γ )⁹C reaction rate from ⁹C breakup

4.Bosonization of a two-color NJL model with a scalar diquark

5.Dynamical coupled-channels study of neutrino-induced meson productionreactions on nucleon at forward-angle limit

6.Effects of Fermi-motion and pion exchanges on proton-deuteron Drell-Yan processes

7.Effect of three-body final-state interactions on meson resonances in γp → πππ Nreaction

8.Coulomb breakup reactions of ¹¹Li in the coupled-channel ⁹Li + n + n model

9.Self-consistent microscopic description of neutron scattering by ¹⁶O based on the continuumparticle- vibration coupling method.

10.Research report: Decays of double charmed meson molecules

11.Shell and cluster structures in ⁸Be with tensor-optimized shell model

12.Five-body resonances of ⁸C using the complex scaling method

13.Formation of the η′(958) mesic nuclei by missing mass spectroscopies

14.Surface properties in neutron-rich semi-infinite nuclear matter

15.Effects of four-body breakup on 6Li elastic scattering near the Coulomb barrier

16.Relation between dynamical eikonal approximation (DEA) andcontinuum-discretized coupled-channels method (CDCC)

17.Deformation of Ne isotopes in the island-of-inversion region

18.Strongly tensor correlated Hartree-Fock theory

19.Exotic mesons with hidden bottom near thresholds

20.K*Σ photoproduction off the proton target with baryon resonances

21.Overlap of QRPA states for calculation of nuclear matrix elements of neutrinolessdouble-beta decay

22.Coulombic Transformation in Momentum Space

23.Exotic dibaryons with a heavy antiquark

Theoretical Physics with Supercomputer