The contents in this pdf note include:Useful References and Texts, Philosophy, Review of Lagrangians and Harmonic Oscillators, Balls and Springs, Free Scalar Quantum Field Theory with Special Relativity, Interactions in Classical Field Theory with a View Towards QFT, Overview of Scattering and Perturbation Theory, Old Fashioned Perturbation Theory, Feynman Rules as a Generalization of Classical Physics, The Hamiltonian Formalism for Perturbation Theory, Feynman Rules from the Hamiltonian Formalism, Particles with Spin, Covariant Derivatives and Scalar QED, Scattering and Ward Identities in Scalar QED, Spinors and QED, Quantization and Feynman Rules for QED, Casimir E ect, The Exact -pt Correlator { Kallen-Lehmann Representation, Large Logarithms and Renormalization Flows, QM Example of Wilsonian Renormalization, Wilsonian Renormalization Flows, Path Integrals, Path Integrals and Statistical Physics, Discrete Symmetries and Spinors, More on Spin and Statistics, QED Vacuum Polarization and Anomalous Magnetic Moment, Renormalization and QED, IR Divergences and Long Wavelength Physics, Implications of Unitarity, Interlude on Lie Groups and Lie Algebras, Overview of Lie Algebra Classi cation and Representations, Spontaneously Broken Global Symmetries and Goldstone Bosons, Renormalization in YM and Asymptotic Freedom, Higgs Mechanism, Parton Model and Deep Inelastic Scattering, Anomalies as Almost Local E ects, Cosmological Perturbation Theory.
Author(s): Jared Kaplan, Department of Physics and Astronomy, Johns Hopkins University
The contents of this notes include: Scalar Fields, Interacting Scalar Fields, Spinor Fields, Vector Fields, Quantum Electrodynamics, Amplitudes, Path Integrals in Zero Dimensions, Path Integrals in Higher Dimensions, Wilsonian Renormalization, Perturbative Renormalization, Solitons, Monopoles , Anomalies, Instantons.
Author(s): Kevin Zhou
This note describes the following topics: Classical particles and waves, Physical background and wave-particle duality, Wave mechanics, The Born interpretation, The harmonic oscillator, The mathematical structure of quantum theory, Statistical aspects of quantum theory, Angular momentum, The hydrogen atom.
Author(s): James Sparks
This book is divided into two parts. The first part is the old-school way of learning quantum field theory. The second part is dedicated to Topological Field Theories. Topics covered includes: Spin Zero, Fields with Spin, Non-Abelian Field Theories, Quantum Electrodynamics, Electroweak Theory, Quantum Chromodynamics, Renormalization, Sigma Model, Topological Field Theories.
Author(s): Marina von Steinkirch
This note covers the following topics: Free Fields, Relativistic Quantum Mechanics, Canonical Quantization of Free Field, Canonical Quantization of Interacting Fields.
Author(s): Badis Ydri
This note covers the following topics: Second Quantization and Relativistic Fields, The Interaction Picture and the S-Matrix, The Trouble with Loops, Cross Sections and Decay Rates, The Dirac Equation, The Photon Field, Quantum Electrodynamics.
Author(s): A. W. Stetz
This book describes the following topics: Relativistic wave equations, Groups and their representations, The Dirac equation, Vector fields and Maxwell equations, Classical lagrangian field theory, Quantization of field, Discrete symmetries, Path integrals and quantum mechanics, Feynman diagrams for scattering amplitudes, Scattering theory and The standard model.
Author(s): P.J. Mulders
This book covers the following topics: Constructing Quantum Field Theory, symmetries and Conservation Laws, non-Relativistic Quantum Mechanics, Interacting Fields, Perturbation Theory for nonrelativistic quantum mechanics, Decay Widths, Cross Sections and Phase Space, Quantizing the Dirac Lagrangian, vector Fields and Quantum Electrodynamics.
Author(s): Michael Luke
This book covers the following topics: Path integrals and quantum mechanics, the classical limit, Continuous systems, Field theory, Correlation function, Euclidean Theory, Tunneling and instalatons, Perturbation theory, Feynman diagrams, Fermionic harmonic oscillator states, Path integrals for fermions and Feynman diagrams for fermions.
Author(s): B. de Wit
The aim of this note is to provide a practical introduction to quantum field theory in curved space time and related black hole physic.
Author(s): Chethan Krishnan
his notes contains the details about Quantization of the Free Scalar Field, Euler-Maclaurin Summation Formula, Distributions and the Fourier Transform, Dirac Delta Function as a Distribution, Quantum Mechanics and Path Integrals, Green's Functions and Generating Functions, Quantization of the Free Scalar Field , particle Production by a Classical Source, The Dirac Field, Discrete Symmetries of the Dirac Field , Interacting Field Theories .
Author(s): Prof. Alan Guth
This note covers the following topics: Non-abelian gauge theories, Field and Mass renormalizations, removing ultraviolet divergences , unstable particles and resonances , S-matrix elements and LSZ reduction, Renormalized Lagrangian, Vertex function , anomalous magnetic moment , vacuum polarization, general renormalization theory, renormalization group.
Author(s): Prof. Hong Liu
These lecture notes are based on an introductory course on quantum field theory, aimed at Part III (i.e. masters level) students. The full set of lecture notes can be downloaded here, together with videos of the course when it was repeated at the Perimeter Institute. Individual sections can be downloaded on the link below. Classical Field Theory, Canonical Quantization, Interacting Fields, The Dirac Equation, Quantizing the Dirac Field and Quantum Electrodynamics. This note is Last updated on October 2012.The lecture notes can be downloaded in both PDF and PS formats
Author(s): David Tong, Cambridge university
This book covers the following topics: Classical scalar field theory, Nonlinear (interacting) theory, Dimensional analysis and scaling, Complex scalar field theory, Quantum scalar field theory, Renormalization and Partition function.
Author(s): Mark Srednicki
This book provides a very clear and well written introduction to Quantum Field Theory. Topics covered includes: Classical Field Theory, Free Fields, Interacting Fields, The Dirac Equation, Quantizing the Dirac Field and Quantum Electrodynamics.
Author(s): Dr David Tong
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