Mucio Continentino is a Professor at Centro Brasileiro de Pesquisas Físicas, Brazil, and is a member of the Brazilian Academy of Sciences and Fellow of Conselho Nacional de Desenvolvimento Cientifico e Technológico (CNPq), Brazil. His research interests are in condensed matter physics, and in particular that of strongly correlated electronic systems and quantum criticality.
Inhaltsangabe
Preface 1. Scaling theory of quantum critical phenomena 2. Landau and Gaussian theories 3. Real space renormalization group approach 4. Renormalisation group: the expansion 5. Quantum phase transitions 6. Heavy fermions 7. A microscopic model for heavy fermions 8. Metal and superuid-insulator transitions 9. Density-driven metal-insulator transitions 10. Mott transitions 11. The non-linear sigma model 12. Superconductor quantum critical points 13. Topological quantum phase transitions 14. Fluctuation-induced quantum phase transitions 15. Scaling theory of first order quantum phase transitions Appendix 1. Green's functions References Index.
Preface 1. Scaling theory of quantum critical phenomena 2. Landau and Gaussian theories 3. Real space renormalization group approach 4. Renormalisation group: the expansion 5. Quantum phase transitions 6. Heavy fermions 7. A microscopic model for heavy fermions 8. Metal and superuid-insulator transitions 9. Density-driven metal-insulator transitions 10. Mott transitions 11. The non-linear sigma model 12. Superconductor quantum critical points 13. Topological quantum phase transitions 14. Fluctuation-induced quantum phase transitions 15. Scaling theory of first order quantum phase transitions Appendix 1. Green's functions References Index.
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