Chuan Miao

Publication List Details

Period

2003 - 2008

Number

6

Co-Authors

Non-zero density QCD by the Taylor expansion method: The isentropic equation of state, hadronic fluctuations and more (2008)

Miao, Chuan, Schmidt, Christian, Collaboration, For RBC-Bielefeld

We discuss the Taylor expansion approach to non-zero baryon chemical potential ($\mu_B$) and present results on expanion coefficients of the pressure and energy density up to the 6-th order in...

The QCD equation of state at high temperature and small density from the lattice (2008)

Miao, Chuan

In this thesis we have analyzed bulk thermodynamic properties of QCD at high temperature and small but non-vanishing baryon density on lattices. We have used the integration method to calculate the...

Bulk thermodynamics and charge fluctuations at non-vanishing baryon density (2007)

Miao, Chuan, Schmidt, Christian

We present results on bulk thermodynamic quantities as well as net baryon number, strangeness and electric charge fluctuations in QCD at non-zero density and temperature obtained from lattice...

I=2 Pion scattering length with improved actions on anisotropic lattices (2004)

Du, Xining, Meng, Guangwei, Miao, Chuan, Liu, Chuan

$\pi\pi$ scattering length in the I=2 channel is calculated within quenched approximation using improved gauge and improved Wilson fermion actions on anisotropic lattices. The results are...

Lattice study on kaon pion scattering length in the $I=3/2$ channel (2004)

Miao, Chuan, Du, Xining, Meng, Guangwei, Liu, Chuan

Using the tadpole improved Wilson quark action on small, coarse and anisotropic lattices, $K\pi$ scattering length in the $I=3/2$ channel is calculated within quenched approximation. The results are...

Lattice study on kaon nucleon scattering length in the I=1 channel (2003)

Meng, Guangwei, Miao, Chuan, Du, Xining, Liu, Chuan

Using the tadpole improved clover Wilson quark action on small, coarse and anisotropic lattices, $KN$ scattering length in the I=1 channel is calculated within quenched approximation. The results are...