规范场理论:Gauge Field Theory

规范场理论:Gauge Field Theory
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作者: [波兰]
2008-05
版次: 1
ISBN: 9787506292078
定价: 99.00
装帧: 平装
开本: 16开
纸张: 胶版纸
页数: 609页
正文语种: 英语
分类: 自然科学
  •   ThisbookhasitsorigininalongseriesoflecturesgivenattheInstituteforTheoreticalPhysics,WarsawUniversity.Itisaddressedtograduatestudentsandtoyoungresearchworkersintheoreticalphysicswhohavesomeknowledgeofquantumfieldtheoryinitscanonicalformulation,forinstanceattheleveloftwovolumesbyBjorken&Drell(1964,1965).Thebookisintendedtobearelativelyconcisereferencetosomeofthefieldtheoreticaltoolsusedincontemporaryresearchinthetheoryoffundamentalinteractions.Itisatechnicalbookandnoteasyreading.Physicalproblemsarediscussedonlyasillustrationsofcertaintheoreticalideasandofcomputationalmethods.Noattempthasbeenmadetoreviewsystematicallythepresentstatusofthetheoryoffundamentalinteractions. PrefacetotheFirstEdition
    0Introduction
    0.1Gaugeinvariance
    0.2Reasonsforgaugetheoriesofstrongandelectroweakinteractions
    QCD
    Electroweaktheory
    1Classicalfields,symmetriesandtheirbreaking
    1.1Theaction,equationsofmotion,symmetriesandconservationlaws
    Equationsofmotion
    Globalsymmetries
    Space-timetransformations
    Examples

    1.2Classicalfieldequations
    Scalarfieldtheoryandspontaneousbreakingofglobalsymmetries
    Spinorfields

    1.3Gaugefieldtheories
    U(1)gaugesymmetry
    Non-abeliangaugesymmetry

    1.4FromClassicaltoquantumfields(canonicalquantization)
    Scalarfields
    TheFeynmanpropagator
    Spinorfields
    Symmetrytransformationsforquantumields

    1.5Discretesymmetries
    Spacereflection
    Timereversal
    Chargeconjugation
    SummaryandtheCPTtransformations
    CPviolationintheneutralK0-K0-system
    Problems

    2Pathintegralformulationofquantumfieldtheory
    2.1Pathintegralsinquantummechanics
    Transitionmatrixelementsaspathintegrals
    Matrixelementsofpositionoperators

    2.2Vacuum-to-vacuumtransitionsandtheimaginarytimeformalism
    Generaldiscussion
    Harmonicoscillator
    EuclideanGreensfunctions

    2.3Pathintegralformulationofquantumfieldtheory
    Greensfunctionsaspathintegrals
    Actionquadraticinfields
    Gaussianintegration

    2.4Introductiontoperturbationtheory
    Perturbationtheoryandthegeneratingfunctional
    Wickstheorem
    Anexample:four-pointGreensfunctioninλφ4
    Momentumspace

    2.5Pathintegralsforfermions;Grassmannalgebra
    Anticommutingc-numbers
    Diracpropagator

    2.6GeneratingfunctionalsforGreensfunctionsandpropervertices;effective
    potential
    ClassificationofGreensfunctionsandgeneratingfunctionals
    Effectiveaction
    Spontaneoussymmetrybreakingandeffectiveaction
    Effectivepotential
    2.7Greensfunctionsandthescatteringoperator
    Problems

    3FeynmanrulesforYang-Millstheories
    3.1TheFaddeev-Popovdeterminant
    Gaugeinvarianceandthepathintegral
    Faddeev-Popovdeterminant
    Examples
    Non-covariantgauges

    3.2FeynmanrulesforQCD
    CalculationoftheFaddeev-Popovdeterminant
    Feynmanrules

    3.3Unitarity,ghosts,Becchi-Rouet-Storatransformation
    Unitarityandghosts
    BRSandanti-BRSsymmetry
    Problems

    4Introductiontothetheoryofrenormalization
    4.1Physicalsenseofrenormalizationanditsarbitrariness
    Bareandphysicalquantities
    Countertermsandtherenormalizationconditions
    5Quantumelectrodynamics
    6Renormalizationgroup
    7Scaleinvarianceandoperatorproductexpansion
    8Quantumchromodynamics
    9Chiralsymmetry;spontaneoussymmetrybreading
    10Spontaneousandexplicitglobalsymmetrybreaking
    11Brout-Englert-Higgsmechanismingaugetheories
    12Standardelectroweaktheory
    13Chiralanomalies
    14Effectivelagrangians
    15Introductiontosupersymmetry
    AppendixA:Spinorsandtheirproperties
    AppendixB:FeynmanrulesforQEDandQCDandFeynmanintegrals
    AppendixC:FeynmanrulesfortheStandardModel
    AppendixD:One-loopFeynmanintegrals
    AppendixE:Elementsofgrouptheory
    References
    Index
  • 内容简介:
      ThisbookhasitsorigininalongseriesoflecturesgivenattheInstituteforTheoreticalPhysics,WarsawUniversity.Itisaddressedtograduatestudentsandtoyoungresearchworkersintheoreticalphysicswhohavesomeknowledgeofquantumfieldtheoryinitscanonicalformulation,forinstanceattheleveloftwovolumesbyBjorken&Drell(1964,1965).Thebookisintendedtobearelativelyconcisereferencetosomeofthefieldtheoreticaltoolsusedincontemporaryresearchinthetheoryoffundamentalinteractions.Itisatechnicalbookandnoteasyreading.Physicalproblemsarediscussedonlyasillustrationsofcertaintheoreticalideasandofcomputationalmethods.Noattempthasbeenmadetoreviewsystematicallythepresentstatusofthetheoryoffundamentalinteractions.
  • 目录:
    PrefacetotheFirstEdition
    0Introduction
    0.1Gaugeinvariance
    0.2Reasonsforgaugetheoriesofstrongandelectroweakinteractions
    QCD
    Electroweaktheory
    1Classicalfields,symmetriesandtheirbreaking
    1.1Theaction,equationsofmotion,symmetriesandconservationlaws
    Equationsofmotion
    Globalsymmetries
    Space-timetransformations
    Examples

    1.2Classicalfieldequations
    Scalarfieldtheoryandspontaneousbreakingofglobalsymmetries
    Spinorfields

    1.3Gaugefieldtheories
    U(1)gaugesymmetry
    Non-abeliangaugesymmetry

    1.4FromClassicaltoquantumfields(canonicalquantization)
    Scalarfields
    TheFeynmanpropagator
    Spinorfields
    Symmetrytransformationsforquantumields

    1.5Discretesymmetries
    Spacereflection
    Timereversal
    Chargeconjugation
    SummaryandtheCPTtransformations
    CPviolationintheneutralK0-K0-system
    Problems

    2Pathintegralformulationofquantumfieldtheory
    2.1Pathintegralsinquantummechanics
    Transitionmatrixelementsaspathintegrals
    Matrixelementsofpositionoperators

    2.2Vacuum-to-vacuumtransitionsandtheimaginarytimeformalism
    Generaldiscussion
    Harmonicoscillator
    EuclideanGreensfunctions

    2.3Pathintegralformulationofquantumfieldtheory
    Greensfunctionsaspathintegrals
    Actionquadraticinfields
    Gaussianintegration

    2.4Introductiontoperturbationtheory
    Perturbationtheoryandthegeneratingfunctional
    Wickstheorem
    Anexample:four-pointGreensfunctioninλφ4
    Momentumspace

    2.5Pathintegralsforfermions;Grassmannalgebra
    Anticommutingc-numbers
    Diracpropagator

    2.6GeneratingfunctionalsforGreensfunctionsandpropervertices;effective
    potential
    ClassificationofGreensfunctionsandgeneratingfunctionals
    Effectiveaction
    Spontaneoussymmetrybreakingandeffectiveaction
    Effectivepotential
    2.7Greensfunctionsandthescatteringoperator
    Problems

    3FeynmanrulesforYang-Millstheories
    3.1TheFaddeev-Popovdeterminant
    Gaugeinvarianceandthepathintegral
    Faddeev-Popovdeterminant
    Examples
    Non-covariantgauges

    3.2FeynmanrulesforQCD
    CalculationoftheFaddeev-Popovdeterminant
    Feynmanrules

    3.3Unitarity,ghosts,Becchi-Rouet-Storatransformation
    Unitarityandghosts
    BRSandanti-BRSsymmetry
    Problems

    4Introductiontothetheoryofrenormalization
    4.1Physicalsenseofrenormalizationanditsarbitrariness
    Bareandphysicalquantities
    Countertermsandtherenormalizationconditions
    5Quantumelectrodynamics
    6Renormalizationgroup
    7Scaleinvarianceandoperatorproductexpansion
    8Quantumchromodynamics
    9Chiralsymmetry;spontaneoussymmetrybreading
    10Spontaneousandexplicitglobalsymmetrybreaking
    11Brout-Englert-Higgsmechanismingaugetheories
    12Standardelectroweaktheory
    13Chiralanomalies
    14Effectivelagrangians
    15Introductiontosupersymmetry
    AppendixA:Spinorsandtheirproperties
    AppendixB:FeynmanrulesforQEDandQCDandFeynmanintegrals
    AppendixC:FeynmanrulesfortheStandardModel
    AppendixD:One-loopFeynmanintegrals
    AppendixE:Elementsofgrouptheory
    References
    Index
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