费恩曼图

费恩曼图
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作者: [荷]
2011-01
版次: 1
ISBN: 9787510029653
定价: 39.00
装帧: 平装
开本: 24开
纸张: 胶版纸
页数: 284页
分类: 自然科学
  • thisbookprovidesaneasilyaccessibleintroductiontoquantumfieldtheoryviafeynmanrulesandcalculationsinparticlephysics.theaimistomakeclearwhatthephysicalfoundationsofpresentdayfieldtheoryare,toclarifythephysicalcontentoffeynmanrules,andtooutlinetheirdomainofapplicability.thebookbeginswithabriefreviewofsomeaspectsofeinsteinstheoryofrelativitythatareofparticularimportanceforfieldtheory,beforegoingontoconsidertherelativisticquantummechan-icsoffreeparticles,interactingfields,andparticleswithspin.thetechniqueslearntinthesechaptersarethendemonstratedinexamplesthatmightbeencounteredinrealacceleratorphysics.furtherchapterscontaindiscussionsonrenormalization,massiveandmasslessvectorfieldsandunitarity.afinalchapterpresentsconcludingargumentsconcerningquantumelectrodynamics.thebookincludesvaluableappendicesthatreviewsomeessentialmathematics,includingcomplexspaces,matrices,thecbhequa-tion,tracesanddimensionalregularization.anappendixcontain-ingacomprehensivesummaryoftherulesandconventionsusedisfollowedbyanappendixspecifyingthefulllangranianofthestandardmodelandthecorrespondingfeynmanrules.tomakethebookusefulforawideaudienceafinalappendixprovidesadiscussiononthemetricused,andaneasy-to-usedictionarycon-nectingequationswrittenwithadifferentmetric.writtenasatextbook,manydiagramsandexamplesareincluded.
    thisbookwillbeusedbybeginninggraduatestudentstakingcoursesinparticlephysicsorquantumfieldtheory,aswellasbyresearchersasasourceandreferencebookonfeynmandiagramsandrules. 作者:(荷兰)韦特曼(MartinusVeltman) introduction
    1lorentzandpoincareinvariance
    1.1lorentzinvariance
    1.2structureofthelorentzgroup
    1.3poincareinvariance
    1.4maxwellequations
    1.5notationsandconventions

    2relativisticquantummechanicsoffreeparticles
    2.1hilbertspace
    2.2matricesinhilbertspace
    2.3fields
    2.4structureofhilbertspace

    3interactingfields
    3.1physicalsystem
    3.2hilbertspace
    3.3magnitudeofhilbertspace
    3.4u-matrix,s-matrix
    3.5interpolatingfields
    3.6feynmanrules
    3.7feynmanpropagator
    3.8scatteringcrosssection
    3.9lifetime
    3.10numericalevaluation
    3.11schrodingerequation,boundstates

    4particleswithspin
    4.1representationsofthelorentzgroup
    4.2thediracequation
    4.3fermionfields
    4.4thee.m.field
    4.5quantumelectrodynamics
    4.6chargedvectorbosonfields
    4.7electron-protonscattering.therutherfordformula

    5explorations
    5.1scatteringcrosssectionfore+e-→μ+μ-
    5.2piondecay.twobodyphasespace.cabibboangle
    5.3vectorbosondecay
    5.4muondecay.fiertztransformation
    5.5hyperonleptonicdecay
    5.6piondecayandpcac
    5.7neutralpiondecayandpcac

    6renormalization
    6.1introduction
    6.2loopintegrals
    6.3selfenergy
    6.4powercounting
    6.5quantumelectrodynamics
    6.6renormalizabletheories
    6.7radiativecorrections:lambshift
    6.8radiativecorrections:topcorrectiontop-parameter
    6.9neutralpiondecayandtheanomaly

    7massiveandmasslessvectorfields
    7.1subsidiaryconditionmassivevectorfields
    7.2subsidiaryconditionmasslessvectorfields
    7.3photonhelicities
    7.4propagatorandpolarizationvectorsofmassivevectorparticles
    7.5photonpropagator
    7.6lefthandedphotons

    8unitarity
    8.1u-matrix
    8.2largesttimeequation
    8.3cuttingequations
    8.4unitarityandcuttingequation
    8.5unitarity:generalcase
    8.6kallen-lehmannrepresentation,dispersionrelation
    8.7momentainpropagators

    9quantumelectrodynamics:finally
    9.1unitarity
    9.2wardidentities
    appendixacomplexspaces,matrices,cbhequatioh
    a.1basics
    a.2differentiationofmatrices
    a.3functionsofmatrices
    a.4thecbhequation
    appendixbtraces
    b.1general
    b.2multi-dimensionaly-matrices
    b.3frequentlyusedequations
    appendixcdimensionalregularization
    appendixdsummary.combinatorialfactors
    d.1summary
    d.2externallines,spinsums,propagators
    d.3combinatorialfactors
    appendixestandardmodel
    e.1lagrangian
    e.2feynmanrules
    appendixfmetricandconventions
    f.1generalconsiderations
    f.2translationexamples
    f.3translationdictionary
    index
  • 内容简介:
    thisbookprovidesaneasilyaccessibleintroductiontoquantumfieldtheoryviafeynmanrulesandcalculationsinparticlephysics.theaimistomakeclearwhatthephysicalfoundationsofpresentdayfieldtheoryare,toclarifythephysicalcontentoffeynmanrules,andtooutlinetheirdomainofapplicability.thebookbeginswithabriefreviewofsomeaspectsofeinsteinstheoryofrelativitythatareofparticularimportanceforfieldtheory,beforegoingontoconsidertherelativisticquantummechan-icsoffreeparticles,interactingfields,andparticleswithspin.thetechniqueslearntinthesechaptersarethendemonstratedinexamplesthatmightbeencounteredinrealacceleratorphysics.furtherchapterscontaindiscussionsonrenormalization,massiveandmasslessvectorfieldsandunitarity.afinalchapterpresentsconcludingargumentsconcerningquantumelectrodynamics.thebookincludesvaluableappendicesthatreviewsomeessentialmathematics,includingcomplexspaces,matrices,thecbhequa-tion,tracesanddimensionalregularization.anappendixcontain-ingacomprehensivesummaryoftherulesandconventionsusedisfollowedbyanappendixspecifyingthefulllangranianofthestandardmodelandthecorrespondingfeynmanrules.tomakethebookusefulforawideaudienceafinalappendixprovidesadiscussiononthemetricused,andaneasy-to-usedictionarycon-nectingequationswrittenwithadifferentmetric.writtenasatextbook,manydiagramsandexamplesareincluded.
    thisbookwillbeusedbybeginninggraduatestudentstakingcoursesinparticlephysicsorquantumfieldtheory,aswellasbyresearchersasasourceandreferencebookonfeynmandiagramsandrules.
  • 作者简介:
    作者:(荷兰)韦特曼(MartinusVeltman)
  • 目录:
    introduction
    1lorentzandpoincareinvariance
    1.1lorentzinvariance
    1.2structureofthelorentzgroup
    1.3poincareinvariance
    1.4maxwellequations
    1.5notationsandconventions

    2relativisticquantummechanicsoffreeparticles
    2.1hilbertspace
    2.2matricesinhilbertspace
    2.3fields
    2.4structureofhilbertspace

    3interactingfields
    3.1physicalsystem
    3.2hilbertspace
    3.3magnitudeofhilbertspace
    3.4u-matrix,s-matrix
    3.5interpolatingfields
    3.6feynmanrules
    3.7feynmanpropagator
    3.8scatteringcrosssection
    3.9lifetime
    3.10numericalevaluation
    3.11schrodingerequation,boundstates

    4particleswithspin
    4.1representationsofthelorentzgroup
    4.2thediracequation
    4.3fermionfields
    4.4thee.m.field
    4.5quantumelectrodynamics
    4.6chargedvectorbosonfields
    4.7electron-protonscattering.therutherfordformula

    5explorations
    5.1scatteringcrosssectionfore+e-→μ+μ-
    5.2piondecay.twobodyphasespace.cabibboangle
    5.3vectorbosondecay
    5.4muondecay.fiertztransformation
    5.5hyperonleptonicdecay
    5.6piondecayandpcac
    5.7neutralpiondecayandpcac

    6renormalization
    6.1introduction
    6.2loopintegrals
    6.3selfenergy
    6.4powercounting
    6.5quantumelectrodynamics
    6.6renormalizabletheories
    6.7radiativecorrections:lambshift
    6.8radiativecorrections:topcorrectiontop-parameter
    6.9neutralpiondecayandtheanomaly

    7massiveandmasslessvectorfields
    7.1subsidiaryconditionmassivevectorfields
    7.2subsidiaryconditionmasslessvectorfields
    7.3photonhelicities
    7.4propagatorandpolarizationvectorsofmassivevectorparticles
    7.5photonpropagator
    7.6lefthandedphotons

    8unitarity
    8.1u-matrix
    8.2largesttimeequation
    8.3cuttingequations
    8.4unitarityandcuttingequation
    8.5unitarity:generalcase
    8.6kallen-lehmannrepresentation,dispersionrelation
    8.7momentainpropagators

    9quantumelectrodynamics:finally
    9.1unitarity
    9.2wardidentities
    appendixacomplexspaces,matrices,cbhequatioh
    a.1basics
    a.2differentiationofmatrices
    a.3functionsofmatrices
    a.4thecbhequation
    appendixbtraces
    b.1general
    b.2multi-dimensionaly-matrices
    b.3frequentlyusedequations
    appendixcdimensionalregularization
    appendixdsummary.combinatorialfactors
    d.1summary
    d.2externallines,spinsums,propagators
    d.3combinatorialfactors
    appendixestandardmodel
    e.1lagrangian
    e.2feynmanrules
    appendixfmetricandconventions
    f.1generalconsiderations
    f.2translationexamples
    f.3translationdictionary
    index
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