arXiv subjects
Publications and source records attributed to A. E. Inopin.
In the Comment we scrutinized the quartet basis for the Delta resonances, and the high-momentum truncation scheme, suggested by Bicudo et al. Not all the results and claims has been properly justified by the authors.
A new mechanism for the parity doublers in hadrons is suggested.
This is a Comment to the recent review by L. Glozman, hep-ph/0701081
This is a Comment to the recent 3 papers by S.S. Afonin
We present a unique geometrical model based on our findings of a quantum vacuum charge scenario to predict the recent experimental find of the new HyperCP 214 MeV particle state X. This model, which we call the Spin Matrix, also predicts many more states; some of which represent known particles and some states that aren't represented directly by known particles or haven't been experimentally found yet. We demonstrate a parameter-free description of the lowest energy particles in nature.
We consider the multiplet structures, appearing in hadronic physics. The basic types of the multiplets revealed are parity doublets, chiral multiplets, and multispin-parity clusters. We elucidate a new type of isospin supermultiplets in the baryon sector. The creation of parity doublets, chiral multiplets and their interrelation with multispin-parity clusters has been uncovered. The role of chiral symmetry breaking and restoration in the formation of the hadronic spectra has been scrutinized.
Nonlinearity of hadronic Regge trajectories in the resonance energy region has been proved.
We have reconstructed Regge trajectories (RT), using all existing data on masses and spin-parities of all currently known hadrons. In this resonance energy region meson and baryon RT are grossly nonlinear, and only 12% of all RT could be classified as a linear, with $σ=0$, $α'\simeq 0.9$ GeV${}^{-2}$.