\documentstyle{book}
\begin{document}
\chapter 
{An introduction to strongly correlated
electron systems. Why there are interesting.
The role play by the Mott transition}.


\chapter
{ Renormalization group perspective. Effective
hamiltonians }



\chapter{Effective Action Approach}


\chapter{Probes of the solid state.
Photoemission Spectra. Other probes of the
solid state}


\chapter{Density Functional Theory. Kohn Sham Representation.}


\chapter{LMTO's. ASA and full potential.
Application: tight binding}.


\chapter{Hartree Fock}.


\chapter{ LDA+ U}


\chapter{ Slave Bosons and Gutzwiller approximation.}


\chapter{ Mean Field Theory Classical Systems}


\chapter{ Mean Field Theory Quantum Systems}



\chapter{ Lattice models and their zero dimensional counterparts.}


\chapter{ Some simple examples. The falikov Kimball model}


\chapter{ Introduction to the Anderson IMpurity model.}

\chapter{ Anderson Impurity model. Equations of motion.}


\chapter{ Anderson Impurity model. Second Order Perturbation Theory.}

\chapter{ Anderson Impurity model. Exact Diagonalization.}


\chapter{ Anderson Impurity model. Quantum Montecarlo.}


\chapter{ Anderson Impurity model. Orbitally Degenerate Case}.

\chapter{ Mott transition. General arguments for its
existence.}


\chapter{ Mott transition: Hubbard bands.}


\chapter{ The Friedel -Luttinger  Theorem.}


\chapter{ Results from the Mott transition. Half
filled. Transfer of spectral weithg.}


\chapter{ LDA+ DMFT.}


\chapter{ Some interesting strongly correlated materials.}


\chapter{ Transition metals Iron and Nickel.}


\chapter{ Actinides.}


\chapter{ LaSrTiO3 3-d doped Mott insulator.}


\chapter{ Copper Oxides}











\end{document}

