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Das Buch gibt eine Einführung in Methoden, Inhalte und Ergebnisse der modernen Festkörperphysik. Es baut auf dem Grundkurs Theoretische Physik auf, d.h. vorausgesetzt werden Kenntnisse in klassischer Mechanik, Elektrodynamik und insbesondere Quantenmechanik und Statistischer Physik, wie sie in dem an allen deutschsprachigen Universitäten üblichen Kurs in theoretischer Physik in der Regel bis zum Ende des 6. Fachsemesters vermittelt werden. Der insbesondere für die Behandlung von Vielteilchen-Effekten unumgängliche Formalismus der 2. Quantisierung (Besetzungszahldarstellung) wird im Buch eingeführt und benutzt. Der Inhalt reicht von den klassischen Gebieten der Festkörperphysik (Phononen und Elektronen im periodischen Potential, Bloch-Theorem, Hartree-Fock-Näherung, Elektron-Phonon-Wechselwirkung) über Anwendungsgebiete wie Supraleitung und Magnetismus bis zu Gebiete, die aktueller Forschungsgegenstand sind (z.B. Quanten-Hall-Effekt, Hoch-Temperatur-Supraleitung). Die dritte Auflage wurde umfassend überarbeitet.

Condensed matter. --- Condensed Matter Physics.

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Nanotechnology has experienced a rapid growth in the past decade, largely owing to the rapid advances in nanofabrication techniques employed to fabricate nano-devices. Nanofabrication can be divided into two categories: "bottom up" approach using chemical synthesis or self assembly, and "top down" approach using nanolithography, thin film deposition and etching techniques. Both topics are covered, though with a focus on the second category. This book contains twenty nine chapters and aims to provide the fundamentals and recent advances of nanofabrication techniques, as well as its device applications. Most chapters focus on in-depth studies of a particular research field, and are thus targeted for researchers, though some chapters focus on the basics of lithographic techniques accessible for upper year undergraduate students. Divided into five parts, this book covers electron beam, focused ion beam, nanoimprint, deep and extreme UV, X-ray, scanning probe, interference, two-photon, and nanosphere lithography.

Lithography. --- Condensed matter physics (liquid state & solid state physics)

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Over the last few years, nanoscience and nanotechnology have been the focus of significant research attention, both from academia and industry. This sustained focus has in-turn driven the interdisciplinary field of material science research to the forefront of scientific inquiry through the creation and study of nanomaterials.  Nanomaterials play an important role in the development of new materials as they can be used to influence and control physical properties and specific characteristics of other materials.   Nanostructured materials that have been created include nanoparticles, nanocapsules, nanoporous materials, polymer multi-layers to name a few. These are increasingly used across applications as diverse as automotive, environment, energy, catalysis, biomedical, pharmaceutical, and polymer industries. The Encyclopedia of Polymeric Nanomaterials  (EPN) intends to be a comprehensive reference work on this dynamic field studying nanomaterials within the context of the relationship between molecular structure and the properties of polymeric materials. Alphabetically organized as an encyclopedic Major Reference Work,  EPN will cover the subject along multiple classification axes represented by name, source, properties, function, and structures or even processes, applications and usage. The underlying themes of the encyclopedia has been carefully identified to be based not just on material-based and function-based representation but also on structure- and process-based representation. The encyclopedia will have an exclusive focus on polymeric nanomaterials (for e.g., nanoceramics, nanocomposites, quantum dots, thin films) and will be a first of its kind work to have such an organization providing an overview to the concepts, practices and applications in the field. The encyclopedia intends to cover research and development work ranging from the fundamental mechanisms used for the fabrication of polymeric nanomaterials to their advanced application across multiple industries.

Polymers  . --- Nanotechnology. --- Condensed matter. --- Nanochemistry. --- Polymer Sciences. --- Condensed Matter Physics.

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Nuclear Magnetic Resonance (NMR) is based on the fact that certain nuclei exhibit a magnetic moment, oriented by a magnetic field, and absorb characteristic frequencies in the radiofrequency part of the spectrum. The spectral lines of the nuclei are highly influenced by the chemical environment, i.e. the structure and interaction of the molecules. NMR is now the leading technique and a powerful tool for the investigation of the structure and interaction of molecules. The present Landolt-Börnstein volume III/40A "Nuclear Magnetic Resonance Data, Chemical Shifts and Coupling Constants for Boron-11" appears as a supplement volume to Landolt-Börnstein's New Series Group III, Volume 35, Subvolume A. Included in this volume are simple boranes, boron macrocycles, dendrimers, and polymers.

Condensed Matter Physics. --- Solid State Physics. --- Spectroscopy and Microscopy.

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This book will introduce advanced concepts and topics of solid-state theory. To this end we need a tool box that enables us to treat electron-electron interactions, and possibly also electron-phonon or phonon-phonon interactions in some well-defined, approximate way. The most advanced, yet still feasible approach, is the Green's function technique and the perturbation expansion using Feynman diagrams. This technique allows the interacting system to be treated as 'solid' within well-characterizable approximations, still widely used today, but also provides the language used in modern computer-based simulations as well as for the interpretation of experiments.

Solid state physics. --- Condensed Matter Physics. --- SCIENCE / Physics / Condensed Matter.