20 research outputs found
Non-Abelian Chern-Simons Particles and their Quantization
A many--body Schr\"odinger equation for non--Abelian Chern--Simons particles
is obtained from both point--particle and field--theoretic pictures. We present
a particle Lagrangian and a field theoretic Lagrange density, and discuss their
properties. Both are quantized by the symplectic method of Hamiltonian
reduction. An --body Schr\"odinger equation for the particles is obtained
from both starting points. It is shown that the resulting interaction between
particles can be replaced by non--trivial boundary conditions. Also, the
equation is compared with the one given in the literature.Comment: 18 pages, MIT preprint CTP # 227
The Observed Correlations for the Strange Multibaryon States in Systems with -Hyperon from pa Collision at Momentum of 10 Gev/
he observed well-known resonances (1385) and
(892) from PDG are good tests of this method. Exotic strange
multibaryon states have been observed in the effective mass spectra of:
,, , subsystems.
The mean value of mass for resonance is shifted till mass
of 1370 MeV/ and width is two times larger than the same value from PDG.
Such kind of behavior for width and invariant mass of
resonance is interpreted as extensive contribution from stopped
and medium effect with invariant mass. The mean value of
mass for from secondary interactions is also shifted till
mass of 1370 MeV/. The width of is 2 times larger
than the experimental error. There are enhancement production for all observed
hyperons.Comment: 4 pages, 6 figures, XXIst Rencontres de Blois "Windows on the
Universe " Blois, France June 21st - June 26th, 200