430
Index
Electromagnetic transition current, see
Current, tansition, electromagnetic
Electron Compton scattering, 250–254
Electron, magnetic moment of, 80–83,
348–352
Electroweak theory, 4
Energy-time uncertainty relation, 17–18
Ether, 13
Euler–Lagrange equations, 127, 135, 138,
142, 144, 185, 216
Exclusion principle, 192
Faraday, and lines of force, 13
Faraday–Lenz law, 43
Fermi
constant, 24, 354, 359
dimensionality of, 24, 31, 354, 359
related to W mass, 24, 357
Fermionic fields, 191–196
and spin-statistics connection, 191–
195
Feynman
diagram
connected, 179
for counter terms, 320–321, 325,
328
description of, 20
disconnected, 178
gauge, 205
identity, 314, 331
i∈ prescription, 169–172, 190, 196,
397–398
interpretation of negative-energy solutions, 77–80, 226, 247
path-integral formulation of quantum mechanics, 130–131
propagator, 165
for complex scalar field, 189–190
for Dirac Field, 195–196
for photon, 200–205, 236
for real scalar field, 165, 172
scaling variable, 286, 296
Feynman rules
for ABC theory, 168–172, 178
for loops, 178, 303
for QED, 238–239, 251, 417–419
Field, electromagnetic, 13
quantization of, 199–205
Field strength renormalization, 308–311,
328, 330, 334
constant, 310
Field theory, classical
Lagrange–Hamilton approach, 133–
137
Field theory, quantum, see Quantum field
theory
Fine structure constant, 222, 299
q
2 -dependent, 339–345
Flavour
lepton, 5–7
quark, 10–11
Flux factor, 174–176, 271, 399, 403
for virtual photon, 278
Form factor, electromagnetic, 244
of nucleon, 259–260
Dirac charge, 259
electric, 260
and invariance arguments, 258–
259
magnetic, 260
Pauli anomalous magnetic moment, 259
q
2 -dependence, 260
radiatively induced, 338–339
of pion, 242–250
and invariance arguments, 244–
246
in the time-like region, 247–250,
288–289
static, 244
Form invariance, see Covariance
Fourier series, 380–382
4-momentum conservation, 160, 170
4-vector, 371–375
4-vector potential, electromagnetic, 46,
48, 196–205
Galilean transformation, 111
γ matrices, 93, 110, 227, 407
anticommutation relations, 407
trace theorems, 409–410
γ5 matrix, 98, 407–408
Gauge
bosons, of SM, 29–30
choice of, 197
and photon propagator, 205
Index
Electromagnetic transition current, see
Current, tansition, electromagnetic
Electron Compton scattering, 250–254
Electron, magnetic moment of, 80–83,
348–352
Electroweak theory, 4
Energy-time uncertainty relation, 17–18
Ether, 13
Euler–Lagrange equations, 127, 135, 138,
142, 144, 185, 216
Exclusion principle, 192
Faraday, and lines of force, 13
Faraday–Lenz law, 43
Fermi
constant, 24, 354, 359
dimensionality of, 24, 31, 354, 359
related to W mass, 24, 357
Fermionic fields, 191–196
and spin-statistics connection, 191–
195
Feynman
diagram
connected, 179
for counter terms, 320–321, 325,
328
description of, 20
disconnected, 178
gauge, 205
identity, 314, 331
i∈ prescription, 169–172, 190, 196,
397–398
interpretation of negative-energy solutions, 77–80, 226, 247
path-integral formulation of quantum mechanics, 130–131
propagator, 165
for complex scalar field, 189–190
for Dirac Field, 195–196
for photon, 200–205, 236
for real scalar field, 165, 172
scaling variable, 286, 296
Feynman rules
for ABC theory, 168–172, 178
for loops, 178, 303
for QED, 238–239, 251, 417–419
Field, electromagnetic, 13
quantization of, 199–205
Field strength renormalization, 308–311,
328, 330, 334
constant, 310
Field theory, classical
Lagrange–Hamilton approach, 133–
137
Field theory, quantum, see Quantum field
theory
Fine structure constant, 222, 299
q
2 -dependent, 339–345
Flavour
lepton, 5–7
quark, 10–11
Flux factor, 174–176, 271, 399, 403
for virtual photon, 278
Form factor, electromagnetic, 244
of nucleon, 259–260
Dirac charge, 259
electric, 260
and invariance arguments, 258–
259
magnetic, 260
Pauli anomalous magnetic moment, 259
q
2 -dependence, 260
radiatively induced, 338–339
of pion, 242–250
and invariance arguments, 244–
246
in the time-like region, 247–250,
288–289
static, 244
Form invariance, see Covariance
Fourier series, 380–382
4-momentum conservation, 160, 170
4-vector, 371–375
4-vector potential, electromagnetic, 46,
48, 196–205
Galilean transformation, 111
γ matrices, 93, 110, 227, 407
anticommutation relations, 407
trace theorems, 409–410
γ5 matrix, 98, 407–408
Gauge
bosons, of SM, 29–30
choice of, 197
and photon propagator, 205