ISBN: 9783032209092 - Theory of Strongly Correlated Systems: An Introduction to Sachdev-ye-kitaev Model (lecture Notes in Physics, 1051) (11 results)

Paperback. Condition: new. Paperback. This book provides an analytically tractable framework for exploring strongly correlated quantum systems beyond conventional paradigms such as Landaus Fermi liquid theory. This book offers a pedagogical and self-contained introduction to SYK physics, emphasizing its role in describing strange metalssystems with linear-in-temperature resistivity, Planckian dissipation, and quasiparticle breakdown.Beginning with an invitation to the SYK paradigm, the text develops both Majorana and complex fermion variants and presents modern many-body tools including large-N formulations, SchwingerDyson and KadanoffBaym equations, Matsubara and Keldysh formalisms, and nonperturbative contour deformations. These methods are applied to study equilibrium thermodynamics, quantum chaos, quench dynamics, and transport phenomena.Extensive appendices provide mathematical background and Mathematica implementations for critical exponents, conductivity, and transport across temperature regimes.Bridging analytical depth with computational practice, this book also highlights the deep connections between the SYK model, black hole thermodynamics, and holographic duality, illustrating how a simple fermionic model offers insight into both condensed matter systems and quantum gravity. It serves as an essential resource for advanced students and researchers in strongly correlated and holographic quantum matter. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Taschenbuch. Condition: Neu. Neuware -This book provides an analytically tractable framework for exploring strongly correlated quantum systems beyond conventional paradigms such as Landau s Fermi liquid theory. This book offers a pedagogical and self-contained introduction to SYK physics, emphasizing its role in describing strange metals systems with linear-in-temperature resistivity, Planckian dissipation, and quasiparticle breakdown.Beginning with an invitation to the SYK paradigm, the text develops both Majorana and complex fermion variants and presents modern many-body tools including large-N formulations, Schwinger Dyson and Kadanoff Baym equations, Matsubara and Keldysh formalisms, and nonperturbative contour deformations. These methods are applied to study equilibrium thermodynamics, quantum chaos, quench dynamics, and transport phenomena.Extensive appendices provide mathematical background and Mathematica® implementations for critical exponents, conductivity, and transport across temperature regimes.Bridging analytical depth with computational practice, this book also highlights the deep connections between the SYK model, black hole thermodynamics, and holographic duality, illustrating how a simple fermionic model offers insight into both condensed matter systems and quantum gravity. It serves as an essential resource for advanced students and researchers in strongly correlated and holographic quantum matter. 288 pp. Englisch. …

Taschenbuch. Condition: Neu. Neuware -This book provides an analytically tractable framework for exploring strongly correlated quantum systems beyond conventional paradigms such as Landau s Fermi liquid theory. This book offers a pedagogical and self-contained introduction to SYK physics, emphasizing its role in describing strange metals systems with linear-in-temperature resistivity, Planckian dissipation, and quasiparticle breakdown.Beginning with an invitation to the SYK paradigm, the text develops both Majorana and complex fermion variants and presents modern many-body tools including large-N formulations, Schwinger Dyson and Kadanoff Baym equations, Matsubara and Keldysh formalisms, and nonperturbative contour deformations. These methods are applied to study equilibrium thermodynamics, quantum chaos, quench dynamics, and transport phenomena.Extensive appendices provide mathematical background and Mathematica® implementations for critical exponents, conductivity, and transport across temperature regimes.Bridging analytical depth with computational practice, this book also highlights the deep connections between the SYK model, black hole thermodynamics, and holographic duality, illustrating how a simple fermionic model offers insight into both condensed matter systems and quantum gravity. It serves as an essential resource for advanced students and researchers in strongly correlated and holographic quantum matter. 288 pp. Englisch. …

Paperback. Condition: new. Paperback. This book provides an analytically tractable framework for exploring strongly correlated quantum systems beyond conventional paradigms such as Landaus Fermi liquid theory. This book offers a pedagogical and self-contained introduction to SYK physics, emphasizing its role in describing strange metalssystems with linear-in-temperature resistivity, Planckian dissipation, and quasiparticle breakdown.Beginning with an invitation to the SYK paradigm, the text develops both Majorana and complex fermion variants and presents modern many-body tools including large-N formulations, SchwingerDyson and KadanoffBaym equations, Matsubara and Keldysh formalisms, and nonperturbative contour deformations. These methods are applied to study equilibrium thermodynamics, quantum chaos, quench dynamics, and transport phenomena.Extensive appendices provide mathematical background and Mathematica implementations for critical exponents, conductivity, and transport across temperature regimes.Bridging analytical depth with computational practice, this book also highlights the deep connections between the SYK model, black hole thermodynamics, and holographic duality, illustrating how a simple fermionic model offers insight into both condensed matter systems and quantum gravity. It serves as an essential resource for advanced students and researchers in strongly correlated and holographic quantum matter. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Condition: New.

Condition: New.

Taschenbuch. Condition: Neu. Neuware - This book provides an analytically tractable framework for exploring strongly correlated quantum systems beyond conventional paradigms such as Landau s Fermi liquid theory. This book offers a pedagogical and self-contained introduction to SYK physics, emphasizing its role in describing strange metals systems with linear-in-temperature resistivity, Planckian dissipation, and quasiparticle breakdown.Beginning with an invitation to the SYK paradigm, the text develops both Majorana and complex fermion variants and presents modern many-body tools including large-N formulations, Schwinger Dyson and Kadanoff Baym equations, Matsubara and Keldysh formalisms, and nonperturbative contour deformations. These methods are applied to study equilibrium thermodynamics, quantum chaos, quench dynamics, and transport phenomena.Extensive appendices provide mathematical background and Mathematica® implementations for critical exponents, conductivity, and transport across temperature regimes.Bridging analytical depth with computational practice, this book also highlights the deep connections between the SYK model, black hole thermodynamics, and holographic duality, illustrating how a simple fermionic model offers insight into both condensed matter systems and quantum gravity. It serves as an essential resource for advanced students and researchers in strongly correlated and holographic quantum matter. …

Paperback. Condition: new. Paperback. This book provides an analytically tractable framework for exploring strongly correlated quantum systems beyond conventional paradigms such as Landaus Fermi liquid theory. This book offers a pedagogical and self-contained introduction to SYK physics, emphasizing its role in describing strange metalssystems with linear-in-temperature resistivity, Planckian dissipation, and quasiparticle breakdown.Beginning with an invitation to the SYK paradigm, the text develops both Majorana and complex fermion variants and presents modern many-body tools including large-N formulations, SchwingerDyson and KadanoffBaym equations, Matsubara and Keldysh formalisms, and nonperturbative contour deformations. These methods are applied to study equilibrium thermodynamics, quantum chaos, quench dynamics, and transport phenomena.Extensive appendices provide mathematical background and Mathematica implementations for critical exponents, conductivity, and transport across temperature regimes.Bridging analytical depth with computational practice, this book also highlights the deep connections between the SYK model, black hole thermodynamics, and holographic duality, illustrating how a simple fermionic model offers insight into both condensed matter systems and quantum gravity. It serves as an essential resource for advanced students and researchers in strongly correlated and holographic quantum matter. Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability.…

Condition: New. Print on Demand.

Condition: New. PRINT ON DEMAND.

Taschenbuch. Condition: Neu. This item is printed on demand - Print on Demand Titel. Neuware -This book provides an analytically tractable framework for exploring strongly correlated quantum systems beyond conventional paradigms such as Landau's Fermi liquid theory. This book offers a pedagogical and self-contained introduction to SYK physics, emphasizing its role in describing strange metalssystems with linear-in-temperature resistivity, Planckian dissipation, and quasiparticle breakdown.Beginning with an invitation to the SYK paradigm, the text develops both Majorana and complex fermion variants and presents modern many-body tools including large-N formulations, SchwingerDyson and KadanoffBaym equations, Matsubara and Keldysh formalisms, and nonperturbative contour deformations. These methods are applied to study equilibrium thermodynamics, quantum chaos, quench dynamics, and transport phenomena.Extensive appendices provide mathematical background and Mathematica® implementations for critical exponents, conductivity, and transport across temperature regimes.Bridging analytical depth with computational practice, this book also highlights the deep connections between the SYK model, black hole thermodynamics, and holographic duality, illustrating how a simple fermionic model offers insight into both condensed matter systems and quantum gravity. It serves as an essential resource for advanced students and researchers in strongly correlated and holographic quantum matter.Springer Nature Customer Service Center GmbH, Europaplatz 3,69115 Heidelberg, Germany, Heidelberg 288 pp. Englisch.…