Lecture 22 Spatial Modelling 1 : Incorporating spatial modelling in a random effects structure.
Review of recent highlights in lattice calculations at finite temperature and finite density Péter Petreczky Symmetries of QCD at T>0 : chiral and deconfinement.
1 Nuclear Binding and QCD ( with G. Chanfray) Magda Ericson, IPNL, Lyon SCADRON70 Lisbon February 2008.
Chiral Magnetic Effect on the Lattice Seminar @ Komaba, June 13, 2012 Arata Yamamoto (RIKEN) AY, Phys. Rev. Lett. 107, 031601 (2011) AY, Phys. Rev. D 84,
Viscous hydrodynamics DPF 2009 Huichao Song The Ohio State University Supported by DOE 07/30/2009 July 27-July 31, Detroit, MI with shear and bulk viscosity.
Thermodynamics of Quasi-Particles
Lecture 7-8: Correlation functions and spectral functions Relation of spectral function and Euclidean correlation functions Maximum Entropy Method Quarkonium.
Lattice QCD, Random Matrix Theory and chiral condensates
Structure of quantum chromodynamics, glueballs and nucleon resonances
Imaginary Chemical potential and Determination of QCD phase diagram M. Yahiro (Kyushu Univ.) Collaborators: H. Kouno (Saga Univ.), K. Kashiwa, Y. Sakai(Kyushu.
1 ILDG Status in Japan Lattice QCD Archive(LQA) a gateway to ILDG Japan Grid HEPNet-J/sc an infrastructure for Japan Lattice QCD Grid A. Ukawa Center.
Searching for light scalar tetraquarks on the lattice