Friday, December 4, 2009, 2:00 pm — Small Seminar Room, Bldg. 510
In a cold, dense quark matter, there may exist the density region where the system has quark Fermi sea, but also remnant of confinement near the Fermi surface. Such a matter is called quarkyonic matter, which possesses a rigorous foundation in large Nc limit.
We argue the chiral properties of quarkyonic matter including nonperturbative effects by gluon propagator supported by Gribov-Zwanziger's analyses. It is shown that nonperturbative self-consistent equations are reduced to its (1+1) dimensional version, 'tHooft model in finite density. We analyze reduced model by the use of non-Abelian bosonization. We found that chiral spiral emerges with locally violating chiral symmetry but restores it globally.
The possible long range to quasi-long range order phase transition is also discussed.
Hosted by: Kevin Dusling
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