Results 91 to 99 of about 8,569 (99)
Lattice QCD with domain wall quarks and applications to weak matrix elements [PDF]
, 1998 Tom Blum, A. Soni
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Scaling tests in O(a)—improved quenched lattice QCD [PDF]
, 1999 Jochen Heitger
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Improved Lattice QCD Actions for Hadron Phenomenology
, 1998 Derek B. Leinweber, Frank Lee
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AIP Conference Proceedings, 2009
The QCD transition is studied using lattice simulations. The order of the transition is determined via a finite volume analysis. It is found to be an analytic crossover. The transition temperature is determined in physical units using three different definitions.
Katz, S. D., Marshak, Marvin L.
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The QCD transition is studied using lattice simulations. The order of the transition is determined via a finite volume analysis. It is found to be an analytic crossover. The transition temperature is determined in physical units using three different definitions.
Katz, S. D., Marshak, Marvin L.
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High Energy Physics, 2007
Progress in Lattice QCD is slow, but steady. In this talk I shall review recent advances, both technical and numerical, and assess the present state of numerical simulations.
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Progress in Lattice QCD is slow, but steady. In this talk I shall review recent advances, both technical and numerical, and assess the present state of numerical simulations.
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2017
In this chapter, we review the basics and motivations of this thesis. The main subject of this paper is the relation between the non-perturbative phenomena such as quark-confinement and chiral symmetry breaking in QCD. First of all, I review the basics of QCD, including order parameters for confinement and Banks–Casher relation.
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In this chapter, we review the basics and motivations of this thesis. The main subject of this paper is the relation between the non-perturbative phenomena such as quark-confinement and chiral symmetry breaking in QCD. First of all, I review the basics of QCD, including order parameters for confinement and Banks–Casher relation.
openaire +2 more sources