Explore cutting-edge developments in theoretical physics through this comprehensive conference series featuring leading experts discussing ultra-quantum matter phenomena. Delve into three-part lecture series on moiré materials with Eslam Khalaf, examining the unique properties and applications of these twisted quantum systems. Master the fundamentals of tensor networks through Ignacio Cirac's detailed presentations, learning computational techniques essential for understanding many-body quantum systems. Investigate quantum phase transitions of metals with Subir Sachdev, exploring critical phenomena and emergent behaviors in metallic systems. Discover effective field theory approaches in condensed matter physics through Dam Thanh Son's systematic treatment of theoretical frameworks. Examine the physics of Low-Density Parity-Check (LDPC) codes with Vedika Khemani, connecting quantum error correction to many-body physics. Study duality principles within the symmetry topological field theory framework through Xie Chen's comprehensive analysis. Learn about non-invertible symmetries from Shu-Heng Shao, exploring advanced symmetry concepts in quantum field theory. Understand applications of flux-insertion and large gauge invariance with Masaki Oshikawa, from Luttinger liquids to broader quantum systems. Gain insights into generalized symmetry from Xiao-Gang Wen's bird's-eye perspective on modern theoretical frameworks. Explore anyon condensation and its applications with Carolyn Zhang, investigating exotic quantum phases and topological phenomena. Examine mixed-state quantum phases through Meng Cheng's analysis of non-equilibrium quantum matter. Discover quantum geometry in linear response theory with Raquel Queiroz, connecting geometric concepts to transport phenomena. Investigate higher Berry phases with Shinsei Ryu, exploring topological aspects of quantum systems beyond conventional Berry phase theory.

Syllabus

Introduction to moiré materials Part 3 - Eslam Khalaf
Duality in the Symmetry Topological Field Theory Framework Part 3 - Xie Chen
Introduction to moiré materials Part 2 - Eslam Khalaf
The Physics of LDPC codes Part 3 - Vedika Khemani
Duality in the Symmetry Topological Field Theory Framework Part 2 - Xie Chen
The Physics of LDPC codes Part 2 - Vedika Khemani
Introduction to moiré materials Part 1 - Eslam Khalaf
Duality in the Symmetry Topological Field Theory Framework Part 1 - Xie Chen
The Physics of LDPC codes Part 1 - Vedika Khemani
Quantum geometry in linear response - Raquel Queiroz
Applications of Flux-Insertion and Large Gauge Invariance: from Luttinger...Part 3 - Masaki Oshikawa
Applications of Flux-Insertion and Large Gauge Invariance: from Luttinger...Part 2 - Masaki Oshikawa
Non-invertible symmetries Part 3 - Shu-Heng Shao
Applications of Flux-Insertion and Large Gauge Invariance: from Luttinger...Part 1 - Masaki Oshikawa
Non-invertible symmetries Part 2 - Shu-Heng Shao
Generalized Symmetry: a bird-eye perspective - Xiao-Gang Wen
Anyon condensation and its applications - Carolyn Zhang
Non-invertible symmetries Part 1 - Shu-Heng Shao
Quantum Phase Transitions of Metals Part 3 - Subir Sachdev
Effective field theories in condensed matter Part 3 - Dam Thanh Son
Mixed-state quantum phases - Meng Cheng
Effective field theories incondensed matter Part 2 - Dam Thanh Son
Tensor Networks Part 3 - Ignacio Cirac
Tensor Networks Part 2 - Ignacio Cirac
Quantum Phase Transitions of Metals Part 2 - Subir Sachdev
Effective field theories in condensed matter Part 1- Dam Thanh Son
Higher Berry Phase - Shinsei Ryu
Quantum Phase Transitions of Metals Part 1 - Subir Sachdev
Tensor Networks Part 1 - Ignacio Cirac