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The textbooks “Solid State Theory" give an introduction to the methods, contents and results of modern solid state physics in two volumes. This first volume has the basic courses in theoretical physics as prerequisites, i.e. knowledge of classical mechanics, electrodynamics and, in particular, quantum mechanics and statistical physics is assumed. The formalism of second quantization (occupation number representation), which is needed for the treatment of many-body effects, is introduced and used in the book. The content of the first volume deals with the classical areas of solid state physics (phonons and electrons in the periodic potential, Bloch theorem, Hartree-Fock approximation, density functional theory, electron-phonon interaction). The first volume is already suitable for Bachelor students who want to go beyond the basic courses in theoretical physics and get already familiar with an application area of theoretical physics, e.g. for an elective subject "Theoretical (Solid State) Physics" or as a basis for a Bachelor thesis. Every solid-state physicist working experimentally should also be familiar with the theoretical methods covered in the first volume. The content of the first volume can therefore also be the basis for a module "Solid State Physics" in the Master program in Physics or, together with the content of the 2nd volume, for a module "Theoretical Solid State Physics" or "Advanced Theoretical Physics". The following second volume covers application areas such as superconductivity and magnetism to areas that are current research topics (e.g. quantum Hall effect, high-temperature superconductivity, low-dimensional structures). The author Gerd Czycholl, born 1951 in Cologne, studied physics in Cologne, diploma in 1974, doctorate in 1977 at the University of Cologne, then postdoc (research assistant) at the University of Dortmund and 1983-84 at Stanford University, habilitation in 1985 at the University of Dortmund, then temporary professorships in Dortmund and 1987-1990 at RWTH Aachen. Since 1991 Professor of Theoretical Physics at the University of Bremen.

Solid state physics. --- Solid state physics --- Data processing. --- Physics --- Solids

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The textbooks "Solid State Theory" give an introduction to the methods, contents and results of modern solid state physics in two volumes. This first volume has the basic courses in theoretical physics as prerequisites, i.e. knowledge of classical mechanics, electrodynamics and, in particular, quantum mechanics and statistical physics is assumed. The formalism of second quantization (occupation number representation), which is needed for the treatment of many-body effects, is introduced and used in the book. The content of the first volume deals with the classical areas of solid state physics (phonons and electrons in the periodic potential, Bloch theorem, Hartree-Fock approximation, density functional theory, electron-phonon interaction). The first volume is already suitable for Bachelor students who want to go beyond the basic courses in theoretical physics and get already familiar with an application area of theoretical physics, e.g. for an elective subject "Theoretical (Solid State) Physics" or as a basis for a Bachelor thesis. Every solid-state physicist working experimentally should also be familiar with the theoretical methods covered in the first volume. The content of the first volume can therefore also be the basis for a module "Solid State Physics" in the Master program in Physics or, together with the content of the 2nd volume, for a module "Theoretical Solid State Physics" or "Advanced Theoretical Physics". The following second volume covers application areas such as superconductivity and magnetism to areas that are current research topics (e.g. quantum Hall effect, high-temperature superconductivity, low-dimensional structures). The author Gerd Czycholl, born 1951 in Cologne, studied physics in Cologne, diploma in 1974, doctorate in 1977 at the University of Cologne, then postdoc (research assistant) at the University of Dortmund and 1983-84 at Stanford University, habilitation in 1985 at the University of Dortmund, then temporary professorships in Dortmund and 1987-1990 at RWTH Aachen. Since 1991 Professor of Theoretical Physics at the University of Bremen.

Mathematical physics --- Quantum mechanics. Quantumfield theory --- Statistical physics --- Solid state physics --- Matter physics --- EMI (electromagnetic interference) --- materie (fysica) --- quantummechanica --- theoretische fysica --- wiskunde --- fysica

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Der vorliegende Band 2 deckt fortgeschrittene Themen der theoretischen Festkörperphysik ab und knüpft damit direkt an die Grundlagen an. Dabei werden Festkörper in äußeren Feldern bzw. allgemeiner im Nichtgleichgewicht und Abweichungen von der idealen 3-dimensionalen Kristallstruktur (Oberflächen, Störstellen, niederdimensionale Strukturen, Quantenpunkte, etc.) behandelt. Die Betrachtung von kollektiven Phänomene wie Supraleitung und Magnetismus runden die Darstellung ab. Beim Leser werden die Inhalte von Band 1 (Elektronen und Phononen in idealen Kristallen, Bloch-Theorem, Besetzungszahldarstellung bzw. 2. Quantisierung, Elektron-Elektron- und Elektron-Phonon-Wechselwirkung) vorausgesetzt sowie die Grundkenntnisse in allgemeiner Theoretischer Physik (Mechanik, Elektrodynamik, Quantenmechanik und Statistische Physik), wie sie in der Regel nach einem Bachelor-Studium der Physik vorhanden sind.  Band 2 eignet sich also hervorragend für Studierende im Master-Studiengang Physik, die sich auf (experimentelle oder theoretische) Festkörperphysik spezialisieren wollen. Das Ansprechen von aktuellen Themen (z.B. Kondo-Effekt,  fraktioneller Quanten-Hall-Effekt, 2-dimensionale Kristalle wie Graphen, Riesen-Magnetowiderstands-Effekt u.a.) bietet einen optimalen Übergang zur modernen Forschung. Die Neuauflage wurde komplett überarbeitet, um zahlreiche Übungsaufgaben erweitert und vorhandene neu konzipiert, wobei die zugehörigen Lösungen nun mit ins Buch aufgenommen sind. Der Autor Studium der Physik in Köln, Diplom 1974, Promotion 1977 an der Universität zu Köln, danach Postdoc (wissenschaftlicher Assistent) an der Universität Dortmund und 1983-84 an der Stanford University, Habilitation 1985 an der Universität Dortmund, danach Zeit-Professuren in Dortmund und 1987-1990 an der RWTH Aachen. Seit 1991 Professor für Theoretische Physik an der Universität Bremen.

Condensed matter. --- Mathematical physics. --- Condensed Matter Physics. --- Theoretical, Mathematical and Computational Physics.

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Mathematical physics --- Quantum mechanics. Quantumfield theory --- Statistical physics --- Solid state physics --- Matter physics --- EMI (electromagnetic interference) --- materie (fysica) --- quantummechanica --- theoretische fysica --- wiskunde --- fysica

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