This book investigates the complex interplay between transport and thermal properties in f-electron systems, a class of materials exhibiting unique electronic behaviors due to the involvement of f-orbitals. Fujita, a recognized researcher in condensed matter physics, draws upon established theoretical frameworks and experimental data to elucidate these phenomena. The work aims to provide a comprehensive overview of how electron interactions within f-orbitals influence macroscopic properties like electrical conductivity and heat transport, presenting a unified perspective on their behavior.

This monograph is recognized as a specialized contribution to the field of condensed matter physics, particularly concerning the behavior of f-electron systems. Its focus on the fundamental transport and thermal properties suggests a text aimed at researchers and advanced students in solid-state physics and materials science. The depth of analysis and reliance on theoretical frameworks indicate a work that contributes to the ongoing scientific discourse on these complex materials.