Index
495
ν ¯μ + e
− → ν ¯μ + e
− , 389–390
ν ¯μ + p → μ
+ + X, 311
W
± , Z production in p¯ p collider,
393–394
Curie temperature, 200
Current
Cabibbo, 306
chirality, 33–34
dynamical, in U(1), 28
GIM, 307
symmetry
in spontaneously broken symmetry, 216, 238, 244
in SU(2) f , 27–30, 232
in SU(2) f5 , 35–37, 232, 249
in SU(3) f , 30
in SU(2) f × SU(2) f5 , 232, 243
in SU(2)L × SU(2)R, 233, 243
weak, 37, 227
leptonic charged, 296–297, 383–
384
leptonic neutral, 302–304, 385–386
quark, 304–308, 317–324, 386–387
Current–current theory, 284–287
difficulties with, 367–369
for leptons, 296–298
relation to GSW theory, 383–384
Curvature, 460–461
and gauge field strength tensor, 459–
462
tensor, Reimann, 461
Custodial SU(2), 415–418
Dalitz plot, 101, 334, 343–345
Decoupling, of massive particles, 415–416
Deep inelastic scattering, neutrino, 308–
317
Degenerate ground state, 199–202, 213
ΔS = ΔQ rule, 305–307
|ΔS| = 1 rule, 305–307
DGLAP equation, 143, 147
Dimensional regularization, see Regularization, dimensional
Dimensions, large extra, 422
Dirac charge quantization condition, 270–
271
Discretization, in lattice field theory, 152–
155, 158–161
Dirac fields, 154–158
gauge fields, 158–161
scalar fields, 152–154
Distribution function
evolution of, 143–144, 314–315
for xF3, 315
gluon, 94–95, 143, 147
parton, 93, 144
quark and antiquark, 94, 142–147
Drell–Yan process, 76, 87, 89
Effective Hamiltonian for B- ¯
B mixing, 336
Effective interaction, 173
weak current-current, 297, 305
weak lepton-quark, 308
weak quark-quark, 324
Effective Lagrangian, see Lagrangian, effective
Effective theory, 228
heavy quark, 325
Electroweak theory, 4, 377–431
Energy gap, in a superconductor, 219,
222, 228, 230
Equivalent photon approximation, 141
η meson
and spontaneous breaking of SU(3) f5 ,
232
Euclidean
Dirac matrices, 155
four-momentum, 463
space-time, 153, 164, 171
Euler–Mascheroni constant, 464
Fabri–Picasso theorem, 197–199, 209
Factorization, 88, 142–145
scale, 142
Fermi
coupling constant, 236, 297
current–current theory, 284–287
connection with IVB model, 373
energy, 220, 230
momentum, 225
Fermion
classically perfect, 158
determinant, 169–170, 470–471
domain wall, 158
doubling problem, 155
mass generation by Higgs coupling,
403, 421
Majorana case, 405–407
mass problem, 401–403
495
ν ¯μ + e
− → ν ¯μ + e
− , 389–390
ν ¯μ + p → μ
+ + X, 311
W
± , Z production in p¯ p collider,
393–394
Curie temperature, 200
Current
Cabibbo, 306
chirality, 33–34
dynamical, in U(1), 28
GIM, 307
symmetry
in spontaneously broken symmetry, 216, 238, 244
in SU(2) f , 27–30, 232
in SU(2) f5 , 35–37, 232, 249
in SU(3) f , 30
in SU(2) f × SU(2) f5 , 232, 243
in SU(2)L × SU(2)R, 233, 243
weak, 37, 227
leptonic charged, 296–297, 383–
384
leptonic neutral, 302–304, 385–386
quark, 304–308, 317–324, 386–387
Current–current theory, 284–287
difficulties with, 367–369
for leptons, 296–298
relation to GSW theory, 383–384
Curvature, 460–461
and gauge field strength tensor, 459–
462
tensor, Reimann, 461
Custodial SU(2), 415–418
Dalitz plot, 101, 334, 343–345
Decoupling, of massive particles, 415–416
Deep inelastic scattering, neutrino, 308–
317
Degenerate ground state, 199–202, 213
ΔS = ΔQ rule, 305–307
|ΔS| = 1 rule, 305–307
DGLAP equation, 143, 147
Dimensional regularization, see Regularization, dimensional
Dimensions, large extra, 422
Dirac charge quantization condition, 270–
271
Discretization, in lattice field theory, 152–
155, 158–161
Dirac fields, 154–158
gauge fields, 158–161
scalar fields, 152–154
Distribution function
evolution of, 143–144, 314–315
for xF3, 315
gluon, 94–95, 143, 147
parton, 93, 144
quark and antiquark, 94, 142–147
Drell–Yan process, 76, 87, 89
Effective Hamiltonian for B- ¯
B mixing, 336
Effective interaction, 173
weak current-current, 297, 305
weak lepton-quark, 308
weak quark-quark, 324
Effective Lagrangian, see Lagrangian, effective
Effective theory, 228
heavy quark, 325
Electroweak theory, 4, 377–431
Energy gap, in a superconductor, 219,
222, 228, 230
Equivalent photon approximation, 141
η meson
and spontaneous breaking of SU(3) f5 ,
232
Euclidean
Dirac matrices, 155
four-momentum, 463
space-time, 153, 164, 171
Euler–Mascheroni constant, 464
Fabri–Picasso theorem, 197–199, 209
Factorization, 88, 142–145
scale, 142
Fermi
coupling constant, 236, 297
current–current theory, 284–287
connection with IVB model, 373
energy, 220, 230
momentum, 225
Fermion
classically perfect, 158
determinant, 169–170, 470–471
domain wall, 158
doubling problem, 155
mass generation by Higgs coupling,
403, 421
Majorana case, 405–407
mass problem, 401–403