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Index
- KG equation, 1.1
- anti-commutator, 13
- bare field, 5.3.4
- Casimir trick, 3.3
- Casmir operators, 5.1
- centre-of-mass frame, 3.5
- chirality, six tensors
- Clifford algebra, 1.2.1
- colour, 4.1
- completeness relation, 2.3
- Compton scattering, 4, 5.3
- confinement, • ‣ 6.1
- contravariant, 1.1
- covariant, 1.1
- cross section, 3.4, 6.1
- crossing symmetry, 4
- decay width, 3.4
- Dirac equation, 1.2.1
- Dirac fields, 1
- Dirac sea, 1.2.2
- Dirac spinor, 1.2.1
- energy-momentum relation, 1.1
- Euler-Lagrange equations, one pseudo-scalar
- fermions, 1.2.1
- Feynman prescription, 3.2
- Feynman rules, , 155
-
field
-
flavour, 3.2
- flux factor, 3.5, 3
-
gauge
- , 3.1
- axial, 5.3.2
- Coulomb, 3.1
- covariant derivative, 2.4, 4.4,
155
- Feynman, 3.1, , 5.3.1,
5.3.1
- fields, 1, high-energy
- fixing, 3.1, 3.1, 5.1,
5.3, 5.3.3
- invariance, 3.1
- light-cone, 5.3.3
- Lorenz, 3.1, 3.1
- parameter, 3.1
- physical, 5.3.1, 5.3.2
- symmetry, 5.1
- transformation, four pseudo-vectors, 155
- unitary, 3.1
- Gell-Mann matrices, • ‣ 5.1
- generator, • ‣ 5.1, 5.1
- ghost fields, 5.3.1
- Ghosts, 5.3.2
- gluon, 4.3
- Hamiltonian operator, 1.1
- helicity operator, 2.2
- Higgs boson field, 1
- hole, 1
- Jacobi identity, 5.2
- Landau pole, 6.1
- local symmetry, four pseudo-vectors, 6.1
-
logarithm
- loop momentum, 5.3.3
- Lorentz transformations, 1.1
- luminosity, 207
- Mandelstam variables, • ‣ 3.3
- Maxwell’s equations, one pseudo-scalar
- minimal coupling, 3.1
- optical theorem, 5.3.1
- Pauli’s exclusion principle, 1, 5.3.2
- Pauli’s fundamental theorem, 2.4
- phase space, • ‣ 3.3, 6.3
-
polarisation
- longitudinal, 3.1, 5.3, 5.3.2,
5.3.2
- physical, 3.1, 5.3, 5.3.1
- transverse, • ‣ 3.3, 5.3
- vector, 3.1
- positron, 1
- pseudo-scalar, four vectors
- pseudo-vector, six tensors
- quarks, 4.3
-
regularisation, 6
- cut-off, 1
- dimensional, 6
- renormalisable, 5.3.4
-
renormalisation, 5.3.4
-
representation
- scalar, one scalar
- Schrödinger Equation, 1.1
- spin operator, 2.2
- spin states, 2.2
- spin-statistics theorem, 1
- Standard Model Lagrangian, 1
- structure constants, 5
- tensor, four vectors
- unitarity, 5.3.1
- vector, one scalar
- Ward identity, • ‣ 3.3, 5.3, 5.3.1,
6.1