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T-chi-L-Collaboration; Conti, L; Eicker, N; Giusti, L; Glaessner, U; Guesken, S; Hoeber, H; Lippert, Th; Martinelli, G; Rapuano, F; Ritzenhoefer, G; Schilling, K; Siegert, G; Spitz, A; Viehoff, J
arXiv.org, 09/1996Paper
The investigation of light sea-quark effects in lattice QCD with dynamical Wilson fermions requires both larger physical volumes and finer lattice resolutions than achieved previously. As high-end supercomputers like the 512-node APE Tower provide the compute power to perform a major step towards the chiral limit (T-chi-L), we have launched a feasibility study on a 24^3 x 40 lattice. We approach the chiral limit--while refining the resolution--, using the standard Wilson fermion action. Following previous work, our Hybrid Monte Carlo simulation runs at beta=5.6 and two kappa-values, 0.1575 and 0.158. From our study, we are confident that, for the APE Tower, a realistic working point has been found corresponding to a volume of 2 fm^3, with chirality characterized by 1/(a m_pi) = 5.6.
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