ITEP Lattice Group: Introduction
The first ITEP publications devoted to lattice gauge theory were
"Phase Transition Over Gauge Group Center And Quark Confinement In QCD"
by S.B. Khokhlachev, Yu.M. Makeenko
[1] and "Phase Diagram Of Mixed Lattice Gauge Theory From Viewpoint Of Large N"
by Yu.M. Makeenko,
M.I. Polikarpov
[2].
The first numerical study of lattice theory in USSR was performed in 1982
in the "Monte Carlo Study Of Plaquette Spectral Density",
Yu.M. Makeenko,
M.I. Polikarpov
and A.I. Veselov
[3]. After several theoretical
and numerical publications the ITEP lattice group was formed, the official status
had been obtained by this group in 2001 when the ITEP lattice laboratory was formed
(laboratory number 191).
Now the ITEP Lattice Group joins twenty researchers,
the regular seminars take place in auditorium 418419 in ITEP
building 180.
The prime topics of our investigations include (but not limited to):
 models of color confinement
 dynamics of topological objects in 3D and 4D systems
 nonperturbative aspects of YangMills theories and, in particular, of QCD
 simulation of the QCD vacuum at zero and finite temperature with dynamical quarks
 lattice approaches to the standard model and quantum gravity.
Contacts
Conact lab 191 secretary Olga Larina.
Secretary is located in the office 306 building 180 of ITEP
(also see how to get).
Phone: +7(499)1299573, fax: +7(499)1270832.

To call on:
в четверг 22 марта в 14:00 в корп 180 ИТЭФ состоится семинар: Виталий Борняков
"Результаты вычислений в решеточной КХД при ненулевой барионной плотности с использованием мнимого химического потенциала"

To thumb through:

P. V. Buividovich,
M. N. Chernodub,
D. E. Kharzeev, T. Kalaydzhyan,
E. V. Luschevskaya,
M. I. Polikarpov,
MagneticFieldInduced insulatorconductor transition in SU(2) quenched lattice gauge theory
[arXiv:1003.2180]

P. V. Buividovich,
Y. M. Makeenko,
Path integrals over reparametrizations: random walks vs. Levy flights,
[arXiv:0911.1083]

P. V. Buividovich,
M. N. Chernodub,
E. V. Luschevskaya,
M. I. Polikarpov,
Numerical evidence of chiral magnetic effect in lattice gauge theory,
[arXiv:0907.0494]

And other recent ITEPLAT publications

