activity
19962018
most citedAn Analysis of ππ-Scattering Phase Shift and Existence of σ(555) particle

140 citations · 876 across the 74 of their papers we have counts for

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Showing 2002Show all

6 papers · 1 filter

hep-ph2002★ 16 cited

The Present Status on sigma and kappa Meson Properties

Muneyuki Ishida

The recent experimental data of both pipi / Kpi scattering and production processes, suggesting the existence of scalar sigma and kappa mesons, are reviewed. In many pipi /Kpi prod…

hep-ph2002

Possible Evidence for a Chiral Particle B_0chi, Scalar Meson in the B Meson System

Daiki Ito, Muneyuki Ishida, Shin Ishida +3

In the covariant level-classification scheme of hadrons proposed recently, the existence of "chiral particles", scalar and axial-vector mesons as the partners of the ground-state p…

hep-ph2002

Possible Evidence for a Chiral Particle D_1chi, Axial-Vector in the D Meson System

Daiki Ito, Muneyuki Ishida, Shin Ishida +3

In the covariant level-classification scheme of hadrons proposed recently, the existence of "chiral particles", scalar and axial-vector mesons as the partners of the ground-state p…

hep-ph2002

Do the pi N Total Cross Sections Increase Like log nu or log2 nu at High Energies ?

Keiji Igi, Muneyuki Ishida

We propose to use rich informations on pi p total cross sections below N=10 GeV in order to investigate whether these cross sections increase like log nu or log2 nu at high energie…

hep-ph2002★ 8 cited

U(12) A New Symmetry Possibly Realizing in Hadron Spectroscopy

Shin Ishida, Muneyuki Ishida

Starting from the multi-local Klein-Gordon equations with Lorentz-scalar squared-mass operator we give a covariant quark representation of the general composite mesons and baryons…

hep-ph2002★ 33 cited

Investigations of the pi N total cross sections at high energies using new FESR: log nu or (log nu)^2

Keiji Igi, Muneyuki Ishida

We propose to use rich informations on pi p total cross sections below N= 10 GeV in addition to high-energy data in order to discriminate whether these cross sections increase like…