Two flavors of dynamical quarks on anisotropic lattices
Physical review D Volume 68 Issue 3
Page 034503-1-034503-17
published_at 2003-08-08
アクセス数 : 925 件
ダウンロード数 : 171 件
今月のアクセス数 : 0 件
今月のダウンロード数 : 0 件
この文献の参照には次のURLをご利用ください : https://ir.lib.hiroshima-u.ac.jp/00018655
File |
PhysRevD_68_034503.pdf
977 KB
種類 :
fulltext
|
Title ( eng ) |
Two flavors of dynamical quarks on anisotropic lattices
|
Creator |
Aoki Sinya
Fukugita Masataka
Ishikawa Ken-Ichi
Ishizuka Naruhito
Iwasaki Yoichi
Kanaya Kazuyuki
Kuramashi Yoshinobu
Lesk Victor Isaac
Namekawa Yusuke
Taniguchi Yusuke
Ukawa Akira
Yoshie Tomoteru
|
Source Title |
Physical review D
|
Volume | 68 |
Issue | 3 |
Start Page | 034503-1 |
End Page | 034503-17 |
Abstract |
We report on our study of two-flavor full QCD on anisotropic lattices using O(a)-improved Wilson quarks coupled with a renormalization-group-improved glue. The bare gauge and quark anisotropies corresponding to the renormalized anisotropy ξ=as/at = 2 are determined as functions of β and κ, which cover the region of spatial lattice spacings a s ≈ 0.28-0.16 fm and mPS /mV ≈ 0.6-0.9. The calibrations of the bare anisotropies are performed with the Wilson loop and the meson dispersion relation at four lattice cutoffs and 5-6 quark masses. Using the calibration results we calculate the meson mass spectrum and the Sommer scale r0. We confirm that the values of r0 calculated for the calibration using pseudoscalar and vector meson energy momentum dispersion relations coincide in the continuum limit within errors. This work serves to lay the groundwork for studies of heavy quark systems and the thermodynamics of QCD including the extraction of the equation of state in the continuum limit using Wilson-type quark actions.
|
Language |
eng
|
Resource Type | journal article |
Publisher |
American Physical Society
|
Date of Issued | 2003-08-08 |
Rights |
Copyright (c) 2003 American Physical Society.
|
Publish Type | Version of Record |
Access Rights | open access |
Source Identifier |
[ISSN] 1550-7998
[DOI] 10.1103/PhysRevD.68.034503
[NCID] AA00773624
[DOI] http://dx.doi.org/10.1103/PhysRevD.68.034503
|