A Course in Solid State Physics
by Mark Jarrell
Publisher: Louisiana State University 2001
A complete text/lecture notes for an introductory graduate level course in Solid State Physics. Topics covered are chemical bonding, crystal structures and symmetry, crystal diffraction, crystal lattice dynamics, quantum theory of neutron scattering, thermal properties of crystal lattices, electronic Fermi liquid, band structure of solids, magnetism, electronic transport, superconductivity, dielectric properties of materials, semiconductors.
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by Brent Fultz - Caltech
The literature on vibrational thermodynamics of materials is reviewed. The emphasis is on metals and alloys, especially on the progress over the last decade in understanding differences in the vibrational entropy of different alloy phases.
by Chetan Nayak - University of California
From the table of contents: What is Condensed Matter Physics? Length, time, energy scales; Review of Quantum Mechanics; Review of Statistical Mechanics; Broken Translational Invariance in the Solid State; Electronic Bands.
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Contents: Electrons in the periodic crystal; Semiconductors; Metals - properties of interacting electrons; Landau's Theory of Fermi Liquids; Transport properties of metals; Magnetism in metals; Mott insulators and the magnetism of localized moments.
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This introduction to modern solid state physics covers basic concepts (geometry of lattices, lattice vibrations, electrons in a lattice), normal metals and semiconductors, basics of quantum transport, and superconductivity.