Foreword | |
Introductory Lecture | |
Introduction to Nonlinear Effective Field Theory | p. 3 |
Topics in Chiral Perturbation Theory | |
Nonlocal Effective Field Theory | p. 21 |
Light Quark Masses Beyond Leading Order | p. 30 |
[pi][pi] and [pi]K Scattering in Chiral Perturbation Theory | p. 41 |
The Anomalous Effective Action of QCD | p. 56 |
Non-Leptonic Weak Interactions | |
K [actual symbols not reproducible] 2[pi], 3[pi] Decays and the B-Parameter in Next-to-Leading Order Chiral Perturbation Theory | p. 73 |
Long-Distance Effects in Nonleptonic K Decays and the [Delta]I = 1/2 Rule | p. 87 |
Bosonization of the Short-Distance Strangeness-Changing Effective Hamiltonian | p. 95 |
Baryons | |
Baryon Chiral Perturbation Theory | p. 113 |
Photo-Nucleon Processes in Chiral Perturbation Theory | p. 138 |
Effective Lagrangians and the Proton Matrix Element of the Axial Singlet Current | p. 151 |
Proton Spin and Quark Spin | p. 161 |
Pion-Nucleon Update | p. 182 |
Finite Temperatures and Volumes | |
Restoration of Chiral Symmetry | p. 193 |
Quark Condensate Below the Chiral Phase Transition | p. 225 |
Properties of the Expanding Hadronic Gas | p. 235 |
Anomaly Mechanism at Finite Temperature | p. 249 |
On the Pion Induced Finite Volume Effects | p. 263 |
Skyrmions on the Hypersphere | p. 268 |
Strongly Coupled Higgs Sector | |
Applying Effective Lagrangians to Test the Standard Model | p. 291 |
Top Quark Condensate | p. 307 |
The Generalized Nambu-Jona-Lasinio Mechanism and the Standard Model | p. 329 |
Various Topics | |
The Confinement and Localization of Quarks | p. 337 |
Classical Structures in the Electroweak Theory | p. 358 |
Status of Four-Fermion Interactions in Low-Energy QCD | p. 370 |
How Strong Can the Yukawa Coupling be? | p. 381 |
Critical Exponents for Wetting of Hot Gluons | p. 388 |
Summary | |
Workshop on Effective Field Theories Summary Talk | p. 395 |
List of Participants | p. 403 |
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