46 research outputs found
SU(3) dibaryons in the Einstein-Skyrme model
SU(3) collective coordinate quantization to the regular solution of the B=2
axially symmetric Einstein-Skyrme system is performed. For the symmetry
breaking term, a perturbative treatment as well as the exact diagonalization
method called Yabu-Ando approach are used. The effect of the gravity on the
mass spectra of the SU(3) dibaryons and the symmetry breaking term is studied
in detail. In the strong gravity limit, the symmetry breaking term
significantly reduces and exact SU(3) flavor symmetry is recovered.Comment: 9 pages, 14 figure
Quantization of the chiral soliton in medium
Chiral solitons coupled with quarks in medium are studied based on the
Wigner-Seitz approximation. The chiral quark soliton model is used to obtain
the classical soliton solutions. To investigate nucleon and in matter,
the semi-classical quantization is performed by the cranking method. The
saturation for nucleon matter and matter are observed.Comment: 9 pages, 9 figure
Axially symmetric multi-baryon solutions and their quantization in the chiral quark soliton model
In this paper, we study axially symmetric solutions with in the
chiral quark soliton model.In the background of axially symmetric chiral
fields, the quark eigenstates and profile functions of the chiral fields are
computed self-consistently. The resultant quark bound spectrum are doubly
degenerate due to the symmetry of the chiral field. Upon quantization, various
observable spectra of the chiral solitons are obtained. Taking account of the
Finkelstein-Rubinstein constraints, we show that our results exactly coincide
with the physical observations for B=2 and 4 while B=3 and 5 do not.Comment: 19 pages, 11 figures, 5 table
B=3 Tetrahedrally Symmetric Solitons in the Chiral Quark Soliton Model
In this paper, B=3 soliton solutions with tetrahedral symmetry are obtained
numerically in the chiral quark soliton model using the rational map ansatz.
The solution exhibits a triply degenerate bound spectrum of the quark orbits in
the background of tetrahedrally symmetric pion field configuration. The
corresponding baryon density is tetrahedral in shape. Our numerical technique
is independent on the baryon number and its application to is
straightforward.Comment: 4 pages, 3 figure
Quantized Solitons in the Extended Skyrme-Faddeev Model
The construction of axially symmetric soliton solutions with non-zero Hopf topological charges according to a theory known as the extended Skyrme-Faddeev model, was performed in [1]. In this paper we show how masses of glueballs are predicted within this model