Formation of eta'(958) bound states by (gamma, d) reaction
Moeki Miyatani, Natsumi Ikeno, Hideko Nagahiro, Satoru Hirenzaki
TL;DR
This paper explores the theoretical formation of eta'(958) mesic nuclei through the (gamma, d) reaction on lithium-6, providing numerical results to support the feasibility of such bound states.
Contribution
It introduces a theoretical model for eta'(958) mesic nucleus formation via the (gamma, d) reaction and presents numerical predictions.
Findings
Numerical results support the possibility of eta'(958) bound states.
Theoretical analysis of the (gamma, d) reaction mechanism.
Potential experimental signatures for eta' mesic nuclei.
Abstract
We have investigated the 6Li(gamma, d) reaction theoretically for the formation of the eta'(958) mesic nucleus. We have reported the numerical results in this article.
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