Abstract In the present work, we propose to investigate the production of d₍ d N Ω in the ^- d p d₍ ^- Ω - d → p d N Ω - process by utilizing an effective Lagrangian approach, where d₍ d N Ω is identified as N N Ω bound state with the binding energy E₁=2. 46 E b = 2. 46 MeV. Experimentally, the J-PARC hadron facility proposed to investigate the K^-p ^- K^ (*) 0 K^+ K - p → Ω - K ¯ (∗) 0 K + process, which is expected to yield an Ω beam with the momentum of approximately 3 GeV. Additionally, theoretical studies of the (2S) ^- ^+ ψ (2 S) → Ω - Ω ¯ + process at BESIII provided an Ω beam with the momentum of 774 MeV. Considering these two potential Ω beam sources, our estimations show that for the ^- d p d₍ ^- Ω - d → p d <mml: mi
Guo et al. (Sat,) studied this question.