M. Wingate
University of Colorado Boulder
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Featured researches published by M. Wingate.
Physical Review Letters | 1998
C. Bernard; T. DeGrand; Carleton DeTar; Steven Gottlieb; Urs M. Heller; J. E. Hetrick; N. Ishizuka; Craig McNeile; R. L. Sugar; D. Toussaint; M. Wingate
We report on the MILC Collaborations calculation of
arXiv: High Energy Physics - Lattice | 1997
C. Bernard; T. Blum; Carleton DeTar; Steven Gottlieb; Urs M. Heller; J.E. Hetrick; Leo Kärkkäinen; Craig McNeile; Kari Rummukainen; R. L. Sugar; D. Toussaint; M. Wingate
{f}_{B}
arXiv: High Energy Physics - Lattice | 1998
C. Bernard; T. DeGrand; Carleton DeTar; Steven Gottlieb; Urs M. Heller; J.E. Hetrick; Craig McNeile; Kari Rummukainen; R. L. Sugar; D. Toussaint; M. Wingate
,
arXiv: High Energy Physics - Lattice | 1997
C. Bernard; T. Blum; Thomas DeGrand; Carleton DeTar; Steven Gottlieb; Urs M. Heller; J.E. Hetrick; Craig McNeile; Kari Rummukainen; Bob Sugar; D. Toussaint; M. Wingate
{f}_{{B}_{s}}
arXiv: High Energy Physics - Lattice | 1997
C. Bernard; T. Blum; T. DeGrand; Carleton DeTar; Steven Gottlieb; Urs M. Heller; J.E. Hetrick; Craig McNeile; Kari Rummukainen; R. L. Sugar; D. Toussaint; M. Wingate
,
arXiv: High Energy Physics - Lattice | 1997
C. Bernard; T. Blum; T. DeGrand; Carleton DeTar; Steven Gottlieb; Urs M. Heller; J.E. Hetrick; Craig McNeile; Kari Rummukainen; Amarjit Soni; R. L. Sugar; D. Toussaint; M. Wingate
{f}_{D}
arXiv: High Energy Physics - Lattice | 1999
C. Bernard; T. DeGrand; Carleton DeTar; Steven Gottlieb; Urs M. Heller; James Edward Hetrick; N. Ishizuka; Craig McNeile; R. L. Sugar; D. Toussaint; M. Wingate
,
arXiv: High Energy Physics - Lattice | 1997
C. Bernard; T. Blum; T. DeGrand; Carleton DeTar; Steven Gottlieb; Urs M. Heller; J. E. Hetrick; Craig McNeile; Kari Rummukainen; R. L. Sugar; D. Toussaint; M. Wingate
{f}_{{D}_{s}}
arXiv: High Energy Physics - Lattice | 1996
C. Bernard; T. Blum; C.E. Detar; Steven Gottlieb; Urs M. Heller; J.E. Hetrick; Leo Kärkkäinen; Kari Rummukainen; R. L. Sugar; D. Toussaint; M. Wingate
, and their ratios. Our central values come from the quenched approximation, but the quenching error is estimated from
arXiv: High Energy Physics - Lattice | 1996
C. Bernard; T. Blum; A. De; T. DeGrand; C. DeTar; Steven Gottlieb; Urs M. Heller; J.E. Hetrick; N. Ishizuka; J. Labrenz; Kari Rummukainen; Amarjit Soni; R. L. Sugar; D. Toussaint; M. Wingate
{N}_{F}\phantom{\rule{0ex}{0ex}}=\phantom{\rule{0ex}{0ex}}2
