activity
20102013
most citedViolations of parity and charge conjugation in the theta vacuum with imaginary chemical potential

16 citations · 41 across the 7 of their papers we have counts for

collaborators

7 papers

hep-ph20134 cited

Practical approach to the sign problem at finite theta-vacuum angle

Takahiro Sasaki, Hiroaki Kouno, Masanobu Yahiro

We investigate a way of circumventing the sign problem in lattice QCD simulations with a theta-vacuum term, using the PNJL model. We consider the reweighting method for the QCD Lag…

hep-ph2012

A simple model with Z_N symmetry

Masanobu Yahiro, Hiroaki Kouno, Yuji Sakai +2

We propose a simple model with the Z_N symmetry in order to answer whether the symmetry is a good concept in QCD with light quark mass. The model is constructed by imposing the fla…

hep-ph2012

Model approach to the sign problem on lattice QCD with theta vacuum

Takahiro Sasaki, Junichi Takahashi, Yuji Sakai +2

We propose a practical way of circumventing the sign problem in lattice QCD simulations with a theta-vacuum term. This method is the reweighting method for the QCD Lagrangian after…

hep-ph201215 cited

Two-color QCD at imaginary chemical potential and its impact on real chemical potential

Kouji Kashiwa, Takahiro Sasaki, Hiroaki Kouno +1

We study properties of two-color QCD at imaginary chemical potential () from the viewpoint of the Roberge-Weiss (RW) periodicity, the charge conjugation and the pseudo-reality.…

hep-ph20124 cited

A practical solution to the sign problem at finite theta-vacuum angle

Takahiro Sasaki, Hiroaki Kouno, Masanobu Yahiro

We propose a practical way of circumventing the sign problem in lattice QCD simulations with a theta-vacuum term. This method is the reweighting method for the QCD Lagrangian after…

hep-ph201116 cited

Violations of parity and charge conjugation in the theta vacuum with imaginary chemical potential

Hiroaki Kouno, Yuji Sakai, Takahiro Sasaki +2

Charge conjugation (C) and Parity (P) are exact symmetries at theta =pi and Theta = mu/(iT)=pi, where theta is the parameter of the so-called theta-vacuum, mu is the imaginary quar…