by Norikazu Tomita (Photon Factory, Institute of Materials Structure Science, KEK, Japan) & Keiichiro Nasu (Photon Factory, Institute of Materials Structure Science, KEK, Japan)

Table of Contents (85k)
Preface (161k)
Chapter 1: Introduction (248k)

This book presents new, promising theories on soft X-ray spectroscopy. As third generation synchrotron light sources have started operating, more precise and sophisticated theories on X-ray spectroscopy are needed. In particular, many-body effects on optical spectroscopy are the hottest topic in solid state physics, since they seem to break conventional mean field pictures completely. Conceptual and instructive theories on X-ray scattering, photoemission, and light absorption spectroscopy for many-body systems are introduced in this book. In addition, many important and lasting experiments are referred to, and compared with the authors' theories.

• Formulation
• Theory for the Angle-Resolved Photoemission Spectroscopy
• Theory for the Light Absorption Spectrum of the Strongly Correlated Electron System
• Light Absorption Spectrum of the Insulating System Driven by the Strong Coulomb Repulsion
• Angle-Resolved Phtoemission Spectrum of the Insulating System Driven by the Strong Coulomb Repulsion
• Electron Correlation Effects on the Non-Resonant Inelastic X-Ray Scattering Spectroscopy
• Electron Correlation Effects on Characteristic X-Ray Radiation Spectroscopy of Wide-Gap Insulators
• Fluctuation Effects Due to Phonons on Resonant Soft X-Ray Radiation Spectroscopy of Wide-Gap Insulators