Advances in Highly Correlated Systems explores the fundamentals, recent advances, and applications of the physics of highly correlated materials. This book serves as a handbook/reference for advanced graduate students.The book provides fascinating insights into the major developments and applications of strongly correlated materials. It then goes on to integrate various numerical/theoretical models, such as dynamic mean-field theory, Hubbard model, Ab-Initio Calculation etc. It also encompasses a useful experimental and theoretical basis for students, researchers, and scientists.

Advances in Highly Correlated Systems explores the fundamentals, recent advances, and applications of the physics of highly correlated materials. This book serves as a handbook/reference for advanced graduate students.The book provides fascinating insights into the major developments and applications of strongly correlated materials. It then goes on to integrate various numerical/theoretical models, such as dynamic mean-field theory, Hubbard model, Ab-Initio Calculation etc. It also encompasses a useful experimental and theoretical basis for students, researchers, and scientists.

Advances in Highly Correlated Systems explores the fundamentals, recent advances, and applications of the physics of highly correlated materials. This book serves as a handbook/reference for advanced graduate students.The book provides fascinating insights into the major developments and applications of strongly correlated materials. It then goes on to integrate various numerical/theoretical models, such as dynamic mean-field theory, Hubbard model, Ab-Initio Calculation etc. It also encompasses a useful experimental and theoretical basis for students, researchers, and scientists.

Advances in Highly Correlated Systems explores the fundamentals, recent advances, and applications of the physics of highly correlated materials. This book serves as a handbook/reference for advanced graduate students.The book provides fascinating insights into the major developments and applications of strongly correlated materials. It then goes on to integrate various numerical/theoretical models, such as dynamic mean-field theory, Hubbard model, Ab-Initio Calculation etc. It also encompasses a useful experimental and theoretical basis for students, researchers, and scientists.