A. Kaehler
Columbia University
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Publication
Featured researches published by A. Kaehler.
Physical Review D | 2004
T. Blum; C. Malureanu; Amarjit Soni; Yuri Zhestkov; Norman H. Christ; X. Liao; C. Sui; A. Kaehler; Robert D. Mawhinney; S. Ohta; G. Liu; G. Siegert; P. Vranas; George T. Fleming; C. Cristian; C. Dawson; L. Wu; Matthew Wingate; P. Chen
Quenched QCD simulations on three volumes,
Physical Review D | 2001
P. Chen; C. Malureanu; Y. Zhestkov; Norman H. Christ; Robert D. Mawhinney; C. Sui; A. Kaehler; G. Siegert; P. Vranas; George T. Fleming; L. Wu
8^3 \times
Physical Review D | 1999
P. Chen; Norman H. Christ; George T. Fleming; A. Kaehler; C. Malureanu; Robert D. Mawhinney; C. Sui; Pavlos Vranas; Y. Zhestkov
,
arXiv: High Energy Physics - Lattice | 1999
Dong Chen; Norman H. Christ; Robert G. Edwards; George Fleming; Alan G. Gara; Sten Hansen; Chulwoo Jung; A. Kaehler; A.D. Kennedy; G. Kilcup; Yubing Luo; C. Malureanu; Robert D. Mawhinney; John Parsons; C. Sui; Pavlos Vranas; Yuri Zhestkov
12^3 \times
arXiv: High Energy Physics - Lattice | 1998
Dong Chen; P. Chen; Norman H. Christ; Robert G. Edwards; George Fleming; Alan G. Gara; Sten Hansen; Chulwoo Jung; A. Kaehler; A.D. Kennedy; G. Kilcup; Yubing Luo; C. Malureanu; Robert D. Mawhinney; John Parsons; James Sexton; C. Sui; Pavlos Vranas
and
arXiv: High Energy Physics - Lattice | 1999
P. Chen; Norman H. Christ; George T. Fleming; A. Kaehler; C. Malureanu; Robert D. Mawhinney; G. Siegert; C. Sui; P. Vranas; Y. Zhestkov
16^3 \times 32
Nuclear Physics B - Proceedings Supplements | 1999
P. Chen; Norman H. Christ; George T. Fleming; A. Kaehler; C. Malureanu; Robert D. Mawhinney; G. Siegert; C. Sui; Pavlos Vranas; Y. Zhestkov
and three couplings,
Nuclear Physics B - Proceedings Supplements | 1998
Dong Chen; P. Chen; Norman H. Christ; Robert G. Edwards; George Fleming; Alan G. Gara; Sten Hansen; Chulwoo Jung; A. Kaehler; Steven Kasow; A.D. Kennedy; G. Kilcup; Yubin Luo; C. Malureanu; Robert D. Mawhinney; John Parsons; James Sexton; C. Sui; Pavlos Vranas
\beta=5.7
arXiv: High Energy Physics - Lattice | 1998
A. Kaehler
, 5.85 and 6.0 using domain wall fermions provide a consistent picture of quenched QCD. We demonstrate that the small induced effects of chiral symmetry breaking inherent in this formulation can be described by a residual mass (
arXiv: High Energy Physics - Lattice | 1999
P. Chen; Norman H. Christ; George T. Fleming; A. Kaehler; C. Malureanu; Robert D. Mawhinney; G. Siegert; C. Sui; P. Vranas; Y. Zhestkov
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