Course curriculum

  • 1

    Module 1: Course Overview

    • Introduction

    • Lecture 1 - Video

    • Lecture 1 - Audio

    • Lecture 1 - PDF

    • Module 1 Discussion

    • Module 1 Julia Files

    • Module 1 Summary
  • 2

    Module 2: Quantum Spin Chain

    • Lecture 2 - Video

    • Lecture 2 - Audio

    • Lecture 2 - PDF

    • Module 2 Discussion

    • Module 2 Tutorial

    • Module 2 Julia Files

    • Module 2 Summary
  • 3

    Module 3: Dimensional Classical Spin System

    • Lecture 3 - Video

    • Lecture 3 - Audio

    • Lecture 3 - PDF

    • Module 3 Discussion

    • Module 3 Julia Files

    • Module 3 Summary
  • 4

    Module 4: Free Fermion Formalism

    • Lecture 4 - Video

    • Lecture 4 - Audio

    • Lecture 4 - PDF

    • Module 4 Discussion

    • Module 4 Tutorial

    • Module 4 Homework

    • Module 4 Julia Files

    • Module 4 Summary
  • 5

    Module 5: Basics of Entanglement

    • Lecture 5 - Video

    • Lecture 5 - Audio

    • Lecture 5 - PDF

    • Module 5 Discussion

    • Module 5 Summary
  • 6

    Module 6: Entanglement in Quantum Spin Chains

    • Lecture 6 - Video

    • Lecture 6 - Audio

    • Lecture 6 - PDF

    • Module 6 Discussion

    • Module 6 Tutorial

    • Module 6 Julia Files

    • Module 6 Summary
  • 7

    Module 7: Entanglement Entropy in Systems of Free Fermions

    • Lecture 7 - Video

    • Lecture 7 - Audio

    • Lecture 7 - PDF

    • Module 7 Discussion

    • Module 7 Tutorial

    • Module 7 Homework

    • Module 7 Summary
  • 8

    Module 8: Scaling of Entanglement in Ground States, Area Law, and Entanglement as a Theoretical Tool

    • Lecture 8.1 - Video

    • Lecture 8.1 - Audio

    • Lecture 8.1 - PDF

    • Lecture 8.2 - Video

    • Lecture 8.2 - Audio

    • Module 8 Discussion
  • 9

    Lecture 9: Basics of Tensor Networks

    • Lecture 9 - Video

    • Lecture 9 - Audio

    • Module 9 Discussion

    • Tensors Resource

    • Module 9 Tutorial

    • Module 9 Summary
  • 10

    Module 10: Matrix Product States - Entanglement Entropy and Other Applications

    • Lecture 10.1 - Video

    • Lecture 10.1 - Audio

    • Lecture 10.2 - Video

    • Lecture 10.2 - Audio

    • Module 10 Discussion

    • Matrix Product States Resource

    • Module 10 Tutorial
  • 11

    Module 11: Multi-scale Entanglement Renormalization Ansatz (MERA)

    • Lecture 11 - Video

    • Lecture 11 - Audio

    • Lecture 11 - PDF

    • Module 11 Discussion

    • MERA Resource

    • Module 11 Summary
  • 12

    Module 12: Projected Entangled Pair States (PEPS), Tensor Networks and Statistical Mechanics

    • Lecture 12 - Video

    • Lecture 12 - Audio

    • Lecture 12 - PDF

    • Module 12 Discussion

    • Module 12 Summary