We measure the sphaleron rate (topological susceptibility) of hot SU(2) gauge theory, using a lattice implementation of the hard thermal loop (HTL) effective action. The HTL degrees of freedom are implemented by an expansion in spherical harmonics and truncation. Our results for the sphaleron rate agree with the parametric prediction of Arnold, Son and Yaffe: Gamma ~ \alpha^5 T^4
We use large-scale lattice simulations to compute the rate of baryon-number violating processes, the...
Recent lattice simulation has uncovered many interesting properties of SU( N ) gauge theory at finit...
I review the study of real (Minkowski) time correlators in hot, weakly coupled Yang-Mills theory via...
Bödeker D, Moore GD, Rummukainen K. Hard thermal loops and the sphaleron rate on the lattice. Nuclea...
We measure the sphaleron rate for hot, classical Yang-Mills theory on the lattice, in order to study...
We resolve the controversy in the high temperature behavior of the sphaleron rate in the abelian Hig...
We present details for a method to compute the broken phase sphaleron rate (rate of hot baryon numbe...
We compute the sphaleron rate in quenched QCD for a temperature $T \simeq 1.24~T_c$ from the inversi...
Bödeker D, Moore GD, Rummukainen K. Chern-Simons number diffusion and hard thermal loops on the latt...
The conventional weak-coupling expansion for thermodynamic quantities in hot field theories shows po...
We develop a method to compute the sphaleron rate in the electroweak broken phase nonperturbatively....
This dissertation is devoted to the study of thermodynamics for quantum gauge theories.The poor conv...
We compute shear viscosity and flavor diffusion coefficients for ultra-relativistic gauge theory wit...
Using lattice simulations we calculate the rate of baryon number violating processes, the sphaleron ...
In hot gauge theories, perturbation theory at the scale of the Debye screening mass requires the res...
We use large-scale lattice simulations to compute the rate of baryon-number violating processes, the...
Recent lattice simulation has uncovered many interesting properties of SU( N ) gauge theory at finit...
I review the study of real (Minkowski) time correlators in hot, weakly coupled Yang-Mills theory via...
Bödeker D, Moore GD, Rummukainen K. Hard thermal loops and the sphaleron rate on the lattice. Nuclea...
We measure the sphaleron rate for hot, classical Yang-Mills theory on the lattice, in order to study...
We resolve the controversy in the high temperature behavior of the sphaleron rate in the abelian Hig...
We present details for a method to compute the broken phase sphaleron rate (rate of hot baryon numbe...
We compute the sphaleron rate in quenched QCD for a temperature $T \simeq 1.24~T_c$ from the inversi...
Bödeker D, Moore GD, Rummukainen K. Chern-Simons number diffusion and hard thermal loops on the latt...
The conventional weak-coupling expansion for thermodynamic quantities in hot field theories shows po...
We develop a method to compute the sphaleron rate in the electroweak broken phase nonperturbatively....
This dissertation is devoted to the study of thermodynamics for quantum gauge theories.The poor conv...
We compute shear viscosity and flavor diffusion coefficients for ultra-relativistic gauge theory wit...
Using lattice simulations we calculate the rate of baryon number violating processes, the sphaleron ...
In hot gauge theories, perturbation theory at the scale of the Debye screening mass requires the res...
We use large-scale lattice simulations to compute the rate of baryon-number violating processes, the...
Recent lattice simulation has uncovered many interesting properties of SU( N ) gauge theory at finit...
I review the study of real (Minkowski) time correlators in hot, weakly coupled Yang-Mills theory via...
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