Phase transition methods in high-temperature superconductivity

Author: T. Schneider
Publisher:
Publish Date: 2004-04-01
Features: This is a guiding book on the theory of high-temperature superconductivity. It provides a wealth of reliable experimental data and illustrations of cuprate superconductors, reflecting the new research achievements in this field over the past decade and helping readers gain a deep understanding of the results obtained from various theories. The book focuses on understanding phase transition theory, revealing thermodynamic and quantum fluctuation effects, and proposes a comprehensive and clear theoretical framework for describing high-temperature superconductivity phenomena. Table of Contents: Introduction; Ginzburg-Landau Phenomenological Theory; Gaussian Thermal Fluctuations; Superfluidity and Nambu-Goldstone Model; Scaling Theory and Universality of Classical Critical Phenomena; Experimental Evidence of Classical Critical Phenomena; Quantum Phase Transitions; Supplementary Explanations.
Target Audience: This book is suitable for senior undergraduate and graduate students majoring in condensed matter physics, as well as researchers in related fields. It serves as the English textbook for the phase transition method in high-temperature superconductivity, specifically the phase transition method in high-temperature superconductivity, published by Beijing World Publishing Group.