Many-Body Localization and Frustrated Magnetism - 2016

Princeton Center for Complex Materials - PCCM via YouTube

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Explore advanced concepts in condensed matter physics through this comprehensive lecture series from Princeton's 2016 summer school focusing on many-body localization and frustrated magnetism. Delve into quantum thermalization with Prof. David Huse's foundational lectures, then examine ultracold atomic systems and disorder effects through Prof. Brian DeMarco's three-part series covering basic ultracold atoms, disordered systems, and localization phenomena. Master the theoretical framework of many-body localization using tensor network approaches with Prof. Bryan Clark, and build understanding from single-particle to many-body localization concepts through Prof. Vadim Oganesyan's detailed presentations. Investigate experimental techniques and quantum magnetism through Prof. Collin Broholm's extensive coverage of neutron scattering methods and quantum magnetic insulators. Conclude with Prof. Phuan Ong's specialized lectures on thermal Hall effects in quantum magnets and magnetization in pyrochlore iridate systems. Gain exposure to cutting-edge research methodologies, theoretical frameworks, and experimental approaches essential for understanding localization phenomena and magnetic frustration in quantum many-body systems.

Syllabus

Prof. David Huse, "Quantum Thermalization", Lecture 1(01) of 2
Prof. David Huse, "Quantum Thermalization", Lecture 1(02) of 2
Prof. David Huse, "Quantum Thermalization", Lecture 1(03) of 2
Prof. David Huse, "Quantum Thermalization", Lecture 1(04) of 2
Prof. David Huse, "Quantum Thermalization", Lecture 1(05) of 2
Prof. Brian L. DeMarco, "Ultracold atoms", Lecture 1(01) of 3
Prof. Brian L. DeMarco, "Ultracold atoms", Lecture 1(02) of 3
Prof. Brian L. DeMarco, "Ultracold atoms", Lecture 1(03) of 3
Prof. Brian L. DeMarco, "disordered ultracold atoms", Lecture 2(01) of 3
Prof. Brian L. DeMarco, "disordered ultracold atoms", Lecture 2(02) of 3
Prof. Brian L. DeMarco, "disordered ultracold atoms", Lecture 2(03) of 3
Prof. Brian L. DeMarco, "disordered ultracold atoms", Lecture 2(04) of 3
Prof. Brian L. DeMarco, "localization in ultracold gases", Lecture 3(01) of 3
Prof. Brian L. DeMarco, "localization in ultracold gases", Lecture 3(02) of 3
Prof. Brian L. DeMarco, "localization in ultracold gases", Lecture 3(03) of 3
Prof. Brian L. DeMarco, "localization in ultracold gases", Lecture 3(04) of 3
Prof. Bryan Clark, "Many-body localization in the language of tensor networks", Lecture 1(01) of 3
Prof. Bryan Clark, "Many-body localization in the language of tensor networks", Lecture 1(02) of 3
Prof. Bryan Clark, "Many-body localization in the language of tensor networks", Lecture 1(03) of 3
Prof. Bryan Clark, "Many-body localization in the language of tensor networks", Lecture 1(04) of 3
Prof. Vadim Oganesyan, "Introduction to single particle localization", Lecture 1(01) of 3
Prof. Vadim Oganesyan, "Introduction to single particle localization", Lecture 1(02) of 3
Prof. Vadim Oganesyan, "Introduction to single particle localization", Lecture 1(03) of 3
Prof. Vadim Oganesyan, "Introduction to single particle localization", Lecture 1(04) of 3
Prof. Vadim Oganesyan, "Introduction to single particle localization", Lecture 1(05) of 3
Prof. Vadim Oganesyan, "Many Body Localizations", Lecture 2(01) of 3
Prof. Vadim Oganesyan, "Many Body Localizations", Lecture 2(02) of 3
Prof. Vadim Oganesyan, "Many Body Localizations", Lecture 2(03) of 3
Prof. Vadim Oganesyan, "Many Body Localizations", Lecture 2(04) of 3
Prof. Vadim Oganesyan, "Many Body Localizations", Lecture 2(05) of 3
Prof. Collin L. Broholm, "Exposing magnetism through neutron scattering", Lecture 1(01) of 3
Prof. Collin L. Broholm, "Exposing magnetism through neutron scattering", Lecture 1(02) of 3
Prof. Collin L. Broholm, "Exposing magnetism through neutron scattering", Lecture 1(03) of 3
Prof. Collin L. Broholm, "Exposing magnetism through neutron scattering", Lecture 1(04) of 3
Prof. Collin L. Broholm, "Exposing magnetism through neutron scattering", Lecture 1(05) of 3
Prof. Collin L. Broholm, "Quantum Magnetism in Insulators presentation", Lecture 2(01) of 3
Prof. Collin L. Broholm, "Quantum Magnetism in Insulators presentation", Lecture 2(02) of 3
Prof. Collin L. Broholm, "Quantum Magnetism in Insulators presentation", Lecture 2(03) of 3
Prof. Collin L. Broholm, "Quantum Magnetism in Insulators presentation", Lecture 2(04) of 3
Prof. Collin L. Broholm, "Quantum Magnetism in Insulators presentation", Lecture 2(05) of 3
Prof. Collin L. Broholm, "Quantum Magnetism in Insulators presentation", Lecture 2(06) of 3
Prof. Phuan Ong, "Thermal Hall Effect of Spin Excitation in Quantum Magnets", Lecture 1(01) of 2
Prof. Phuan Ong, "Thermal Hall Effect of Spin Excitation in Quantum Magnets", Lecture 1(02) of 2
Prof. Phuan Ong, "Thermal Hall Effect of Spin Excitation in Quantum Magnets", Lecture 1(03) of 2
Prof. Phuan Ong, "Thermal Hall Effect of Spin Excitation in Quantum Magnets", Lecture 1(04) of 2
Prof. Phuan Ong, "Magnetization in the AIAO State of Pyrochlore Iridate", Lecture 2(01) of 2
Prof. Phuan Ong, "Magnetization in the AIAO State of Pyrochlore Iridate", Lecture 2(02) of 2
Prof. Phuan Ong, "Magnetization in the AIAO State of Pyrochlore Iridate", Lecture 2(03) of 2