In this paper, to solve the current ambiguity in the entrance channels or of resonance state for Kaon-proton interaction at 4.2 Gev/c, a mixture of transition matrix elements for entrance channels of and in the resonance formation of have been used. A comparison of the theoretical invariant mass spectra with the totally Hemingway’s experimental data indicates that in this interaction, the channel is the dominant entrance channel. In the following, using the analysis method, the mass and width of the resonant state are respectively obtained and that are in a good agreement with the present values of mass and width of the in particle data group (PDG).
Esmaili,J and Naderi,A . (2026). Investigation of the mixed entrance channels of resonance on the invariant mass spectrum, in Kaon-Proton interaction at ï´ï®ï² GeV/c. New Research in Physics, 3(2), 1-12. doi: 10.52547/jmrph.3.2.1
MLA
Esmaili,J , and Naderi,A . "Investigation of the mixed entrance channels of resonance on the invariant mass spectrum, in Kaon-Proton interaction at ï´ï®ï² GeV/c", New Research in Physics, 3, 2, 2026, 1-12. doi: 10.52547/jmrph.3.2.1
HARVARD
Esmaili J, Naderi A. (2026). 'Investigation of the mixed entrance channels of resonance on the invariant mass spectrum, in Kaon-Proton interaction at ï´ï®ï² GeV/c', New Research in Physics, 3(2), pp. 1-12. doi: 10.52547/jmrph.3.2.1
CHICAGO
J Esmaili and A Naderi, "Investigation of the mixed entrance channels of resonance on the invariant mass spectrum, in Kaon-Proton interaction at ï´ï®ï² GeV/c," New Research in Physics, 3 2 (2026): 1-12, doi: 10.52547/jmrph.3.2.1
VANCOUVER
Esmaili J, Naderi A. Investigation of the mixed entrance channels of resonance on the invariant mass spectrum, in Kaon-Proton interaction at ï´ï®ï² GeV/c. New Research in Physics. 2026;3(2):1-12 (In Persian). doi: 10.52547/jmrph.3.2.1
