Conceptual and Numerical Challenges in Femto- and Peta-scale PhysicsChristof Gattringer |
Contents
Chiral symmetry and lattice | 1 |
Lattice QCD at finite temperature and density | 29 |
Topological objects in | 61 |
Copyright | |
4 other sections not shown
Common terms and phrases
asymptotic baryon black hole bosons boundary caloron chemical potential chiral condensate chiral symmetry coefficients compute configuration constant continuum limit coordinate correlation corresponding cosmic coupling critical curvature D8-brane degrees of freedom dimensions Dirac operator dual dynamics effective eigenvalues epoch Euclidean evolution expansion field theory finite temperature flavour brane fluctuations galaxies gauge field gauge group gauge theory geometry gluon Goldstone bosons gravitational wave hadron horizon Hubble initial data instanton interactions JHEP Lagrangian lattice QCD lattice spacing Lett Lorentz magnetic monopoles matrix mesons metric monopoles Nucl numerical relativity observations parameter particles partition function perturbation phase diagram phase transition photons Phys physical pion problem quantum quark mass R-symmetry radiation scalar scale screening masses shown in figure simulations singularity solution spacetime spectrum staggered fermions string supergravity supersymmetry symmetry breaking term topological charge transform variables vector zero mode