Titlebook: Solid-State Physics; An Introduction to P Harald Ibach,Hans Lüth Textbook 20094th edition Springer-Verlag Berlin Heidelberg 2009 Quantum Ha

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Motion of Electrons and Transport Phenomena,n motion goes beyond our previous considerations since it involves a time-dependent Schrödinger equation; previously we have discussed only the time-independent Schrödinger equation and results for thermodynamic equilibrium (Fermi statistics, etc.). The present chapter deals with the question of how

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Superconductivity,erials originates from the fact that a real crystal always exhibits deviations from perfect lattice periodicity: phonons and defects. An infinitely high electrical conductivity is unthinkable in this description, because (1) a crystal without a certain degree of disorder is inconceivable according t

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Dielectric Properties of Materials,icroscopic picture one would speak, for instance, of the absorption of a photon via the creation of a phonon or an electron-hole pair. The Maxwellian theory, on the other hand, is a macroscopic approach and the solid is described by material constants. The relation between the two approaches will be

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Semiconductors,ds do not contribute to electrical conductivity and a material which has only completely full and completely empty bands is therefore an insulator. If the distance between the upper edge of the highest filled band (valence band) and the lower edge of the lowest empty band (conduction band) is not to

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Harald Ibach,Hans LüthComprehensive overview of solid-state physics.Includes current topics of high importance, such as superconductors, nanostructures and Quantum-Hall systems.Enlarged and updated edition of very popular

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