1,721,415 research outputs found
EXACT SOLUTION (BY ALGEBRAIC METHODS) OF THE LATTICE SCHWINGER MODEL IN THE STRONG-COUPLING REGIME
No full textKarsch F, MEGGIOLARO E, TURKO L. EXACT SOLUTION (BY ALGEBRAIC METHODS) OF THE LATTICE SCHWINGER MODEL IN THE STRONG-COUPLING REGIME. PHYSICAL REVIEW D. 1995;51(11):6417-6425
Quark deconfinement and J / psi suppression in heavy ion collisions
No full textKarsch F. Quark deconfinement and J / psi suppression in heavy ion collisions. Part.World. 1989;1:24-26
Recent lattice results on finite temperature and density QCD. Part II
Full text linkKarsch F. Recent lattice results on finite temperature and density QCD. Part II. PoS. 2007;LAT2007: 015
Transition temperature in QCD with physical light and strange quark masses
Full text linkKarsch F. Transition temperature in QCD with physical light and strange quark masses. J.Phys.G. 2007;34(8):S627-S630
Lattice simulations of the thermodynamics of strongly interacting elementary particles and the exploration of new phases of matter in relativistic heavy ion collisions
Full text linkKarsch F. Lattice simulations of the thermodynamics of strongly interacting elementary particles and the exploration of new phases of matter in relativistic heavy ion collisions. J.Phys.Conf.Ser. 2006;46:122-131
Lattice QCD at high temperature and the QGP
Full text linkKarsch F. Lattice QCD at high temperature and the QGP. AIP Conf.Proc. 2006;842:20-28
The SU(3) phase transitions in the presence of light dynamical quarks
Full text linkGavai RV, Karsch F. The SU(3) phase transitions in the presence of light dynamical quarks. Nuclear Physics, B. 1985;261(2):273-284
PSEUDOFERMIONIC SIMULATION OF QCD THERMODYNAMICS
No full textKarsch F, Gavai RV. PSEUDOFERMIONIC SIMULATION OF QCD THERMODYNAMICS. 1986
The plasma model for J/[psi] suppression in heavy ion collisions
Full text linkKarsch F. The plasma model for J/[psi] suppression in heavy ion collisions. Nuclear Physics, A. 1989;498:489-494.The formation of a quark-gluon plasma in ultra-relativistic heavy ion collisions is expected to lead to a substantial reduction of the J/[psi] yield. We outline the basic features of the plasma model, discuss the expected transverse energy and momentum dependence of the suppression pattern and give a comparison with experimental data
Hadron correlators in the deconfined phase
No full textKarsch F, Mustafa MG, Thoma MH. Hadron correlators in the deconfined phase. 2000
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