Dynamics of Classical and Quantum Fields : An Introduction

The Countable and the UncountableReview of Lagrangian MechanicsThe Hamiltonian FormulationFlows and SymmetriesDynamics of a Continuous SystemVariational MethodsSymmetries and Noether's TheoremNoether's Theorem in a Lagrangian SettingNoether's Theorem in a Hamiltonian SettingDynamical SymmetriesSymmetries in Field TheoriesThe Electromagnetic Field and Stress Energy TensorRelativistic Nature of the Electromagnetic FieldLagrangian of the EM FieldStress Energy Tensor of the EM FieldSolution of Maxwell's Equations Using Green's FunctionsDiffraction TheoryElasticity Theory and Fluid MechanicsStress.
Abstract: The Countable and the UncountableReview of Lagrangian MechanicsThe Hamiltonian FormulationFlows and SymmetriesDynamics of a Continuous SystemVariational MethodsSymmetries and Noether's TheoremNoether's Theorem in a Lagrangian SettingNoether's Theorem in a Hamiltonian SettingDynamical SymmetriesSymmetries in Field TheoriesThe Electromagnetic Field and Stress Energy TensorRelativistic Nature of the Electromagnetic FieldLagrangian of the EM FieldStress Energy Tensor of the EM FieldSolution of Maxwell's Equations Using Green's FunctionsDiffraction TheoryElasticity Theory and Fluid MechanicsStress