【正版 无写画】基本粒子物理学

图书标准信息

• 作者 [美]塔利（Tully C.G.） 著
• 出版社 世界图书出版公司
• 出版时间 2013-03
• 版次 1
• ISBN 9787510058233
• 定价 69.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 303页
• 正文语种 英语
• 原版书名 Elementary Particle Physics in a Nutshell
• 丛书 物理学经典教材

【内容简介】

　　The21stcenturyisatimeofgreatchangeinparticlephysics.Anewenergyfrontierre-centlyopenedupattheLargeHadronCollider（LHC）atCERN.It'satimeofgreatexcite-mentwiththeanticipationofunexpectedoutcomes.Atthesametime，themostwidelyuseduniversity-leveltextsonhigh-energyphysicsdatebacktothetimeleadinguptotheWandZbosondiscoveries.Sincethen，theStandardModelofparticlephysicshasbeenthoroughlyexploredattheLargeElectronPositron（LEP）collideratCERN，theTevatronatFermilab，HERAatDESYandattwoB-factories，KEKBandPEP-II.Adecadeofneutrinophysicshasbroughtanexcitingnewviewontheseelementaryandlight，butmassive，particles.Thistextisanattempttocapturethemodemunderstandingofparticlephysicsinasnapshotoftimeleadinguptothestart-upoftheLHC.IbelievethatthepauseinthedevelopmentoftextshasbeendueinparttotheanticipateddiscoveryoftheHiggsbosonandtheimplicationsthattheobservedHiggsfieldpropertieswillhaveindefiningthehigh-energyunificationofthefundamentalinteractions.However，itisdifficultforanewgenerationofhigh-energyphysicstoprepareforthechallengeoftheLHCwithouthavingtheperspectiveneededtolookbeyondthelimitationsofthecurrentStandardModel.

【目录】

1ParticlePhysics:ABriefOverview
1.1HandednessintheEquationofMotion
1.2ChiralInteractions
1.3FundamentalStrongInteraction
1.4TableofElementaryParticles
1.5MassandCharge
1.6HyperchargeInteractionoftheStandardModel
1.7HiggsMechanism
1.8ProgramofStudy
1.9Exercises
1.10ReferencesandFurtherReading

2DiracEquationandQuantumElectrodynamics
2.1NaturalUnitsandConversions
2.2RelativisticInvariance
2.3Pauli-DiracRepresentationandConnectionwithNonrelativisticQM
2.3.1ConstantsofMotion
2.3.2VelocityinDiracTheory
2.4ProbabilityCurrent
2.5Free-ParticleSolutionsinthePauli-DiracRepresentation
2.6Antiparticles
2.6.1Charge-ConjugationSymmetry
2.7LorentzTransformations
2.7.1LorentzInvarianceoftheDiracEquation
2.7.2Lorentz-InvariantLagrangiansandtheEuler-LagrangeEquations
2.8WeylRepresentation
2.8.1WeylSpinorTwo-ComponentFormalism
2.8.2Free-ParticleSolutionsviaLorentzBoostTransform
2.9ProjectionOperatorsandCompletenessRelations
2.10DiscreteLorentzTransformations
2.11CovariantFormoftheElectromagneticInteraction
2.12RelativisticPropagatorTheory
2.12.1SourceTerms:CoulombScatteringPotential
2.12.2PhotonPropagator
2.12.3MassiveSpin-1Propagator
2.13S-MatrixandFeynmanRulesforQED
2.3.1CrossSectionsandDecayRates
2.13.2WorkedExample:MortScattering
2.14SpinStatistics
2.15Exercises
2.16ReferencesandFurtherReading

3GaugePrinciple
3.1GlobalInternalSymmetries
3.2LocalGaugeSymmetries
3.3SU（z）andtheWeakInteraction
3.3.1GaugeTransformationsofMassiveSpin-1Four-Potentials
3.3.2Non-AbelianFour-Potentials
3.3.3WeakandElectromagneticInteractions
3.4ElectroweakGaugeInteractions
3.5GaugeInteractionofQCD
3.6StructureofElementaryMatter
3.7SpontaneousSymmetryBreaking
3.8HiggsMechanism
3.8.1MinimumSingle-DoubletofComplexScalarFields
3.9Glashow-Weinberg-SalamTheoryoftheElectroweakInteractions
3.10Neutral-CurrentFeynmanRules
3.11FermionMassesandtheCKMMixingMatrix
3.12NeutrinoMassesandtheCKMMixingMatrix
3.13InteractionVerticesintheStandardModel
3.14HiggsMechanismandtheNambu-GoldstoneTheorem
3.15GoldstoneBosonEquivalence
3.16AnomalyCancellation
3.17Exercises
3.18ReferencesandFurtherReading

4Hadrons
4.1ColorAntiscreeningandQuarkConfinement
……

5DetectorsandMeasurements
6NeutrinoOscillationsandCKMMeasurements
7e+e-ColliderPhysics
8HadronColliders
9HiggsPhysics