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Titlebook: Solid-State Physics; Introduction to the James D. Patterson,Bernard C. Bailey Textbook 2018Latest edition Springer Nature Switzerland AG 2

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https://doi.org/10.1007/978-3-319-75322-5Theory of Crystalline Solids; Fundaments of Magnetism in Solid State Physics; Electrons, Phonons, and
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Defects in Solids,or others, the defects can be very important. By now, simple defects are well understood, but for more complex defects, a considerable amount of fundamental work remains to be accomplished for a thorough understanding.
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Crystal Binding and Structure,It has been argued that solid-state physics was born, as a separate field, with the publication, in 1940, of Frederick Seitz’s book, . [82].
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The Interaction of Electrons and Lattice Vibrations,The concept of the “particle” as an entity by itself makes sense only if its life time in a given state is fairly long even with the interactions.
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Metals, Alloys, and the Fermi Surface,Metals are one of our most important sets of materials. The study of bronzes (alloys of copper and tin) dates back thousands of years. Metals are characterized by high electrical and thermal conductivity and by electrical resistivity (the inverse of conductivity) increasing with temperature.
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Dielectrics and Ferroelectrics,Despite the fact that the concept of the dielectric constant is often taught in introductory physics—because, e.g., of its applications to capacitors—the concept involves subtle physics. The purpose of this chapter is to review the important dielectric properties of solids without glossing over the intrinsic difficulties.
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,Current Topics in Solid Condensed–Matter Physics,This chapter is concerned with some of the newer areas of solid condensed-matter physics and so contains a variety of topics in nanophysics, surfaces, interfaces, amorphous materials, and soft condensed matter.
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