activity
20082026
most citedCouplings in coupled channels versus wave functions in the case of resonances: application to the two states

90 citations · 504 across the 38 of their papers we have counts for

collaborators

38 papers

nucl-ex2026

First Measurement of the Escape Cross Section in the Reaction

Fumiya Oura, Yudai Ichikawa, Junko Yamagata-Sekihara +32

We investigated the -nucleus interaction through the simultaneous measurement of the inclusive and exclusive -escape $^{12}{\rm C}(K^-, p K^-_{…

hep-ph2025

Structure and Formation of the Deeply Bound atoms

Nobuhide Miyazaki, Junko Yamagata-Sekihara, Satoru Hirenzaki

We study theoretically the structure and formation of the deeply bound atoms. We find that the widths of the atomic states are narrower than the level spacing even for de…

nucl-ex2025

Excitation Spectra of the Reaction near the -Meson Emission Threshold Measured in Coincidence with High-Momentum Protons

R. Sekiya, K. Itahashi, Y. K. Tanaka +74

The missing mass of the reaction has been measured near the -meson emission threshold in coincidence with a high-momentum proton to selectively collect $η…

nucl-th2024★ 2 cited

Interrelation between -Ca Atom Spectra and Nuclear Density Profiles

Kenta Yoshimura, Shunsuke Yasunaga, Daisuke Jido +2

This work studies -Ca atom spectra in light of the strong shifts and level widths, using the optical model with several types of parametric coefficients. The spectroscopic…

nucl-th2024

Investigation of kaonic atom optical potential by the high precision data of kaonic He and He atoms

J. Yamagata-Sekihara, Y. Iizawa, D. Jido +4

We theoretically investigate kaonic atom states based on the latest high precision data of the states of the kaonic atoms in He and He (J-PARC E62). We consider the ph…

nucl-th2024

Feasibility of the observation of mesic nuclei in the semi-exclusive C() reaction

Natsumi Ikeno, Yuko Higashi, Hiroyuki Fujioka +7

We study theoretically the feasibility of the semi-exclusive C() reaction for the observation of mesic nuclei using the microscopic transport model JAM.…