费恩曼图

作者简介

《费恩曼图(英文版)》内容简介：In recent years particle theory has been very successful.  Thetheory agrees with the data wherever it could be tested, and whilethe theory has its weak spots, this numerical agreement is a solidfact. Physics is a quantitative science, and such agreement defines its validity.  It is a fact that the theory, or rather the successful part, isperturbation theory. Up to this day the methods for dealing withnon-perturbative situations are less than perfect.  No one, forexample, can claim to understand fully the structure of the protonor the pion in terms of quarks. The masses and other propertiesof these particles have not really been understood in any detail.It must be added that there exists, strictly speaking, no soundstarting point for dealing with non-perturbative situations.

书籍目录

Introduction1 Lorentz and Poincare Invariance1.1 Lorentz Invariance1.2 Structure of the Lorentz Group1.3 Poincare Invariance1.4 Maxwell Equations1.5 Notations and Conventions2 Relativistic Quantum Mechanics of FreeParticles2.1 Hilbert Space2.2 Matrices in Hilbert Space2.3 Fields2.4 Structure of Hilbert Space3 Interacting Fields3.1 Physical System3.2 Hilbert Space3.3 Magnitude of Hilbert Space3.4 U-matrix, S-matrix3.5 Interpolating Fields3.6 Feynman Rules3.7 Feynman Propagator3.8 Scattering Cross Section3.9 Lifetime3.10 Numerical Evaluation3.11 SchrSdinger Equation, Bound States4 Particles with Spin4.1 Representations of the Lorentz Group4.2 The Dirac Equation4.3 Fermion Fields4.4 The E.M. Field4.5 Quantum Electrodynamics4.6 Charged Vector Boson Fields4.7 Electron-Proton Scattering. The Rutherford Formula5 Explorations5.1 Scattering Cross Section for5.2 Pion Decay. Two Body Phase Space. Cabibbo Angle5.3 Vector Boson Decay5.4 Muon Decay. Fiertz Transformation5.5 Hyperon Leptonic Decay5.6 Pion Decay and PCAC5.7 Neutral Pion Decay and PCAC6 Renormalization6.1 Introduction6.2 Loop Integrals6.3 Self Energy6.4 Power Counting6.5 Quantum Electrodynamics6.6 Renormalizable Theories6.7 Radiative Corrections: Lamb Shift6.8 Radiative Corrections: Top Correction to p-Parameter6.9 Neutral Pion Decay and the Anomaly7 Massive and Massless Vector Fields7.1 Subsidiary Condition Massive Vector Fields7.2 Subsidiary Condition Massless Vector Fields7.3 Photon Helicities7.4 Propagator and Polarization Vectors of MassiveVector Particles7.5 Photon Propagator7.6 Left Handed Photons8 Unitarity8.1 U-matrix8.2 Largest Time Equation8.3 Cutting Equations8.4 Unitarity and Cutting Equation8.5 Unitarity: General Case Uontents8．6 Klldn-Lehmann Representation．Dispersion Relation8．7 Momenta in Propagators9 Quantum Electrodynamics：Finally9．1 Unitarity9．2 ward IdentitiesAppendix A Complex Spaces，Matrices，CBHEquationA．1 BasicsA．2 Difrerentiation of MatricesA．3 Functions of MatricesA．4 The CBH EquationAppendix B TracesB．1 GeneralB．2 Multi-Dimensional 1-MatricesB．3 Frequently Used EquationsAppendix C Dimensional RegularizationAppendix D Summary．Combinatorial FactorsD．1 SummaryD．2 External Lines，Spin Sums，PropagatorsD．3 Combinatorial FactorsAppendix E Standard ModelE．1 LagrangianE．2 Feynman RulesAppendix F Metric and ConventionsF．1 General ConsiderationsF．2 Translation ExamplesF．3 Translation DictionaryIndex

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《费恩曼图(英文版)》是由世界图书出版公司出版的。

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作者：（荷兰）韦特曼（Martinus Veltman）

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