. 1 Introduction
. 2 Global Symmetry, Local Symmetry, and the Lattice. 2.1 Global Symmetry and the Ising Model
. 2.2 Gauge Invariance: the Unbreakable Symmetry
. 2.3 The Monte Carlo Method
. 2.4 Possible Phases of a Gauge Theory
References
. 3 What Is Confinement? (Part I)
. 3.1 Regge Trajectories, and the Spinning Stick Model
. 3.2 The Fradkin-Shenker-Osterwalder-Seiler Theorem
. 3.3 Remnant Gauge Symmetries
. 3.3.1 Landau Gauge and the Kugo-Ojima Criterion
. 3.3.2 Coulomb Confinement
. 3.3.3 Remnant Symmetry Breaking
. 3.4 Center Symmetry
References
. 4 Order Parameters for Confinement
4.1 The Wilson Loop
4.2 The Polyakov Loop
4.3 The 't Hooft Loop4.4 The Vortex Free Energy
4.5 Summary
References. 5 Properties of the Confining Force
. References
. 6 Center Vortices I - Basics
. 6.1 The Mechanism (NEW)
. 6.2 Center Gauges and Center Projection
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