Quantum Theory of Real Materials is a collection of articles by leading researchers in condensed matter physics, highlighting recent advances in the use of quantum theory to explain and predict the properties of real materials. Quantum Theory of Real Materials covers the many exciting developments at the forefront of quantum theory of materials research. The volume is divided into six major sections covering electronic structure and quantum dynamics; semiconductors, insulators and metals; surfaces, interfaces and clusters; materials under pressure; superconductivity; and fullerenes, superhard materials and other novel materials. Quantum Theory of Real Materials is an excellent resource for researchers interested in learning about the most advanced discoveries in quantum theory of materials and applying that knowledge in the laboratory. Students will also find this volume to be a clear introduction and reference.