Titlebook: Quantum Critical Phenomena of Valence Transition; Heavy Fermion Metals Shinji Watanabe,Kazumasa Miyake Book 2023 The Editor(s) (if applicab

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Self-consistent Renormalization Theory,apter, the SCR theory for the itinerant magnetism is discussed. When the control parameter of the material such as pressure, magnetic field, and chemical doping is changed, the continuous transition to the magnetically ordered phase can be suppressed to absolute zero, which is called the quantum critical point (QCP) (see Fig.?.).

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978-981-99-3520-8The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Singapor

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,Early History of?Critical Valence Fluctuations,In this chapter, it is introduced how the existence of the critical valence fluctuations (CVF) was realized experimentally and theoretically in a canonical heavy fermion superconductor CeCu.Si. and its sister compound CeCu.Ge., and its solid solution CeCu.(Si,Ge)..

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Shinji Watanabe,Kazumasa MiyakePresents a skillful review of unconventional quantum criticality associated with valence transition.Offers a unified view of a new universality class of quantum criticality in periodic crystals and qu

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Fundamentals of Heavy Fermion State, the valence transition and critical valence fluctuations discussed in this monograph. What is the Fermi liquid? It is possible to describe the low-energy excited states in heavy fermion systems, such as electrons system based on f and d electrons, as collections of quasiparticles renormalized by st