Abrikosov flux-line lattice, i.e., the London penetration depth λ of that theory is analogous to the confinement radius Rc of quantum chromodynamics. Mathematically, this correspondendence is supported by the second term, on the r.h.s. of the Lagrangian. See also For overviews: Standard Model Strong interaction Quark Gluon Hadron Color confinement QCD matter Quark–gluon plasma For details: Gauge theory Quantum gauge theory, BRST quantization and Faddeev–Popov ghost Quantum field theory – a more general category For techniques: Lattice QCD 1/N expansion Perturbative QCD Soft-collinear effective theory Heavy quark effective theory Chiral model Nambu–Jona-Lasinio model For experiments: Deep inelastic scattering Jet (particle physics) Quark–gluon plasma Quantum electrodynamics Symmetry in quantum mechanics Yang–Mills theory Yang–Mills existence and mass gap References Further reading External links Particle data group The millennium prize for proving confinement Ab Initio Determination of Light Hadron Masses Andreas S Kronfeld The Weight of the World Is Quantum Chromodynamics Andreas S Kronfeld Quantum chromodynamics with advanced computing Standard model gets right answer Quantum Chromodynamics Cern Courier, The history of QCD with Prof. Dr. Harald Fritzsch Quantum field theory