P. Ueberholz
University of Wuppertal
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Publication
Featured researches published by P. Ueberholz.
Physical Review D | 2000
Gunnar Bali; Bram Bolder; Norbert Eicker; Thomas Lippert; Boris Orth; P. Ueberholz; Klaus Schilling; Thorsten Struckmann
We calculate glueball and torelon masses as well as the lowest lying hybrid potential in addition to the static ground state potential in lattice simulations of QCD with two flavors of dynamical Wilson fermions. The results are obtained on lattices with
Physical Review D | 1998
N. Eicker; P. Lacock; K. Schilling; A. Spitz; U. Glässner; S. Güsken; H. Hoeber; Th. Lippert; Th. Struckmann; P. Ueberholz; J. Viehoff; G. Ritzenhöfer
{16}^{3}\ifmmode\times\else\texttimes\fi{}32
Physica A-statistical Mechanics and Its Applications | 1992
Jason A. C. Gallas; Peter Grassberger; Hans J. Herrmann; P. Ueberholz
and
Physical Review D | 2001
Bram Bolder; Thorsten Struckmann; Gunnar S. Bali; Norbert Eicker; Thomas Lippert; Boris Orth; K. Schilling; P. Ueberholz
{24}^{3}\ifmmode\times\else\texttimes\fi{}40
Physical Review D | 1999
S. Güsken; K. Schilling; N. Eicker; A. Spitz; Thomas Lippert; Thorsten Struckmann; J. Viehoff; P. Lacock; P. Ueberholz
sites at
Physics Letters B | 1997
N. Eicker; U. Glässner; S. Güsken; H. Hoeber; P. Lacock; Th. Lippert; G. Ritzenhöfer; K. Schilling; G. Siegert; A. Spitz; P. Ueberholz; J. Viehoff
\ensuremath{\beta}=5.6,
Physical Review D | 1999
A. Spitz; H. Hoeber; N. Eicker; S. Güsken; Th. Lippert; K. Schilling; Thorsten Struckmann; P. Ueberholz; J. Viehoff
corresponding to a lattice spacing
Physics Letters B | 1996
N. Eicker; U. Glässner; S. Güsken; H. Hoeber; Thomas Lippert; G. Ritzenhöfer; K. Schilling; G. Siegert; A. Spitz; P. Ueberholz; J. Viehoff
{a}^{\ensuremath{-}1}{=2.65}_{\ensuremath{-}8}^{+5} \mathrm{GeV},
Physical Review D | 1998
K. C. Bowler; R.D. Kenway; Laurent Lellouch; J. Nieves; O. Oliveira; D.G. Richards; C.T. Sachrajda; N. Stella; P. Ueberholz
as determined from the Sommer force radius, at physical sea quark mass. The range spanned in the present study of five different quark masses is reflected in the ratios
arXiv: High Energy Physics - Lattice | 1998
Th. Lippert; Gunnar S. Bali; N. Eicker; L. Giusti; U. Glässner; S. Güsken; H. Hoeber; P. Lacock; G. Martinelli; F. Rapuano; G. Ritzenhöfer; K. Schilling; G. Siegert; A. Spitz; P. Ueberholz; J. Viehoff
0.83g~{m}_{\ensuremath{\pi}}{/m}_{\ensuremath{\rho}}g~0.57.
