activity
19962017
most citedAn Analysis of ππ-Scattering Phase Shift and Existence of σ(555) particle

140 citations · 495 across the 56 of their papers we have counts for

collaborators
Showing 2003Show all

6 papers · 1 filter

hep-ph2003★ 16 cited

The Ds(2317) and Ds(2463) Mesons as Scalar and Axial-Vector Chiralons in the Covariant Level-Classification Scheme

Shin Ishida, Muneyuki Ishida, Toshihiko Komada +4

The new narrow mesons observed recently in the final states Ds+ pi0 and Ds*+ pi0 are pointed out to be naturally assigned as the ground-state scalar and axial-vector chiralons in t…

hep-ph2003

Scalar Mesons and Chiral States

Muneyuki Ishida, Shin Ishida

The essential points and physical backgrounds of the covariant level-classification scheme, based on U(12)SF * O(3,1)L, are reviewed: This scheme is extended from the non-relativis…

hep-ph2003

Ground State Baryons in Covariant Level-Classification Scheme

Muneyuki Ishida, Shin Ishida

In the covariant level-classification scheme of hadrons based on U(12)SF * O(3,1)L symmetry, the ground state baryons and antibaryons are assigned to the (12 * 12 * 12)Sym = 364-mu…

hep-ph2003

Relation between Scattering and Production Amplitudes -- Case of sigma and kappa in pipi and Kpi Systems --

Muneyuki Ishida, Shin Ishida

In our talk at Nihon university symposium, we have argued that the pipi / Kpi production amplitudes F generally have different structures from those of the pipi / Kpi scattering am…

hep-ph2003★ 1 cited

Properties of sigma and kappa Production Amplitudes

Muneyuki Ishida, Shin Ishida

Our method of analysis, which led to existence of sigma and kappa mesons, is reviewed and examined from a viewpoint of general S-matrix. It is shown that the method is consistent w…

hep-ph2003★ 2 cited

Covariant Classification Scheme of Hadrons and Chiral States

Shin Ishida, Muneyuki Ishida

The essential points and physical backgrounds of the covariant level-classification scheme, recently proposed by us, are reviewed: In this scheme the general composite hadrons are…