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2:30:56A 151-minute video from Subir Sachdev: “1-Quantum spin liquids and antiferromagnets; 2-Fractionalization and emergent gauge fields in metals”.
2:05:36A 126-minute video from Subir Sachdev: “3. SYK model and black holes; 4. Planckian metal and SYK criticality”.
1:25:01A 85-minute video from Subir Sachdev: “A simple model of entangled qubits, describing black holes and superconductors”.
37:20A 37-minute video from Subir Sachdev: “A simple model of entangled qubits, describing black holes and superconductors”.
1:20:00A 80-minute video from Subir Sachdev: “A simple model of many-particle entanglement: how it describes black holes and superconductors”.
1:05:11A 65-minute video from Subir Sachdev: “A simple model of many-particle entanglement: how it describes black holes and superconductors”.
1:12:43A 73-minute video from Subir Sachdev: “Bekenstein-Hawking entropy of a black hole”.
1:02:34A 63-minute video from Subir Sachdev: “Building Strange Metals from SYK models, Fudan University”.
1:08:28A 68-minute video from Subir Sachdev: “Detecting a quantum spin liquid in the cuprate superconductors”.
1:24:13A 84-minute video from Subir Sachdev: “Detecting the fractionalized Fermi liquid in the cuprate superconductors, Oxford, Feb 11, 2026”.
1:09:34A 70-minute video from Subir Sachdev: “Entanglement in quantum matter: spin liquids and Sachdev-Ye-Kitaev models”.
35:12A 35-minute video from Subir Sachdev: “FL* theory of the cuprate phase diagram: observation of the Yamaji effect”.
1:07:28A 67-minute video from Subir Sachdev: “FL* theory of the pseudogap in the cuprates I”.
1:00:55A 61-minute video from Subir Sachdev: “FL* theory of the pseudogap in the cuprates II”.
40:54A 41-minute video from Subir Sachdev: “Fate of SYK-type strange metals at low temperatures”.
1:14:03A 74-minute video from Subir Sachdev: “Fractionalized theory for intertwined orders and hole pockets in the cuprate pseudogap phase”.
1:09:30A 70-minute video from Subir Sachdev: “From the Sachdev Ye Kitaev model to a universal theory of strange metals, July 15, 2024”.
54:30Intro
A 54-minute video from Subir Sachdev: “Introduction to quantum spin liquids”.
1:37:12A 97-minute video from Subir Sachdev: “Lecture 10. Theory of gapped Z2 spin liquids”.
1:18:57A 79-minute video from Subir Sachdev: “Lecture 10: Z_2 gauge theory”.
1:33:03A 93-minute video from Subir Sachdev: “Lecture 11: From Z2 spin liquids to Z2 gauge theory”.
1:17:59A 78-minute video from Subir Sachdev: “Lecture 11: Z_2 gauge theory (continued)”.
1:15:13A 75-minute video from Subir Sachdev: “Lecture 12: Gapless and chiral spin liquids on the square lattice”.
1:32:09A 92-minute video from Subir Sachdev: “Lecture 12: Z2 gauge theory”.
1:16:49A 77-minute video from Subir Sachdev: “Lecture 13: Chiral spin liquids and fractional quantum Hall states.”.
1:33:31A 94-minute video from Subir Sachdev: “Lecture 13: Z2 gauge theory: anyon condensation and Rydberg atoms”.
1:16:57A 77-minute video from Subir Sachdev: “Lecture 14: Fractional quantum Hall and square lattice spin liquids”.
1:18:20A 78-minute video from Subir Sachdev: “Lecture 14: Overview of parton theories; Chiral spin liquid”.
1:31:00A 91-minute video from Subir Sachdev: “Lecture 15: Chiral spin liquid II”.
1:15:31A 76-minute video from Subir Sachdev: “Lecture 15: Fermi Liquid Theory”.
1:18:11A 78-minute video from Subir Sachdev: “Lecture 16: Electron Hubbard model”.
1:43:12A 103-minute video from Subir Sachdev: “Lecture 16: Integer and fractional quantum Hall states”.
1:44:22A 104-minute video from Subir Sachdev: “Lecture 17: Fractional quantum Hall states”.
1:16:08A 76-minute video from Subir Sachdev: “Lecture 17: t-J model and d-wave superconductivity”.
1:15:00A 75-minute video from Subir Sachdev: “Lecture 18: Kondo impurity model”.
1:33:58A 94-minute video from Subir Sachdev: “Lecture 18: Kondo impurity model”.
