Mathematical physics I

1) Dirac delta fonction Definition Properties Derivative

2) On the solution of mathematical physics equations using intergal transforms Fourier transforms: definition and properties Signal propagation along a coaxial electrical line Solution of the heat equation Solution of the diffusion equation in one and three dimensional spaces Magnetic field due to an arbitrary distribution of stationary currents

3) Linear response theory Definitions Dynamical susceptibility, examples and properties Kramers-Krönig relations

4) Vector analysis Gradient, divergence and curl operators Continuity equation Divergence formula (Ostrogradski theorem) Stokes formula Scalar potential and vector potential Helmholtz theorem Orthogonal curvilinear coordinates Differential operators in orthogonal curvilinear coordinates Cylindrical and spherical coordinates

5) Curvilinear coordinates, Differential operators in curvilinear coordinates, Cylindrical and spherical coordinates 

6) Tensor algebra Orthogonal transformations Scalar and vectorial fields Tensors et pseudo-tensors of arbitrary rank, examples Dyadic notations

7) Group theory: Mathematical group ; Representation of a group ; Irreducible representation ; Application to molecular vibrations ;