Methods of Mathematical Physics
In this course, we will cover a selection of analytic methods useful in a wide variety of physics topics. This includes complex analysis, asymptotic approximation of integrals, summing divergent series, manifold topology and de Rham cohomology, Fourier analysis, linear differential equations and Green’s functions, and perturbation theory for nonlinear problems.
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title: PHYSICS 231A
subtitle: Methods of Mathematical Physics
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## About
In this course, we will cover a selection of analytic methods useful in a wide variety of physics topics. This includes complex analysis, asymptotic approximation of integrals, summing divergent series, manifold topology and de Rham cohomology, Fourier analysis, linear differential equations and Green's functions, and perturbation theory for nonlinear problems.