Mathematica Summer School on Theoretical Physics

  • 9th edition (2020) - advanced methods in QFT

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  • 8th edition (2016) - Matrix Models
    • Day 1 - Introduction to Mathematica and Matrix Models
    • Day 2 - Perturbation theory
    • Day 3 - Non-planar effects and integrability
    • Day 4 - Advanced Mathematica and 2MM
    • Day 5 - Matrix models and N=4 SYM
  • The Mathematica Summer School on Theoretical Physics
  • 7th edition (2015) - Entanglement
    • Day 1 - Entropies, Gaussian States, Inflation
    • Day 2 - Tensor Networks, Quantum Cosmology, Oscillators
    • Day 3 - Holographic Entanglement Entropy, MERA
    • Day 4 - RG and Tensor Networks, c-Theorems
    • Day 5 - Advanced Mathematica, Replica Trick, Bounds
    • Day 6 - Holographic Entanglement Entropy, Advanced Mathematica
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    • Day 1 - Introduction (to Mathematica, OPE, QGP)
    • Day 2 - Higher Spin, GR Methods and P-mu
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    • Day 1 - Introduction to Correlation Functions in CFT's
    • Day 2 - 3pt functions in AdS/CFT and OPE in CFTs
    • Day 3 - Correlation fn's in N=4 SYM, Conformal Blocks, Embedding
    • Day 4 - Advanced Conformal Bootstrap
    • Day 5 - Bounds, Deffects and Escher
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      • Take-home Problems
      • Day 1 - Introduction, Heisenberg and Oscillator
      • Day 2 - Algebraic Curve and Coordinate Bethe Ansatz
      • Day 3 - Algebraic Bethe Ansatz, Flat Space Analogies and Coset
      • Day 4 - Algebraic Bethe Ansatz II and Relativistic Integrable Theories
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      • Day 7 - C123 and Chains, Finite Size, Advanced Mathematica
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      • Day 9 - C123 continuation, Hidden Symmetry
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    • Material from the 3rd edition
      • Day 0 - Introduction(s)
      • Day 1 - Introduction, Tools, Corr. Func.
      • Day 2 - Strong coupling, Tools, Recursions
      • Day 3 - Unitarity, Recursion, Symbols
      • Day 4 - Unitarity, Symbols, Cusp Dimension
      • Day 5 - Symbols, Advanced Topics, Wrap-up
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    • Material from the 2nd edition
      • Day 0 - Mathematica and Condensed Matter 101
      • Day 1 - DMRG and AdS/CFT
      • Day 2 - DMRG and AdS/CFT
      • Day 3 - Nanowires, Graphene and Hubbard
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      • Day 1 - Classical motion in Anti de-Sitter
      • Day 2 - Coordinate Bethe Ansatz
      • Day 3 - Feynman Diagrams
      • Day 4 - Symmetry and S-matrices
      • Day 5 - Advanced Topics
      • Day 6 - Wolfram
      • Material from selected participants
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Day 3 - Holographic Entanglement Entropy, MERA

Note: For the latest versions of Wilke's package see his webpage. 

AttachmentSize
Guifre Vidal - Lecture 2 Slides.pdf1.63 MB
Guifre Vidal - Tree Tensor Network - Exercise.pdf312.29 KB
Guifre Vidal - Tree Tensor Network - Solution.nb120.31 KB
Rob Myers - Holographic EE - Exercise.pdf492.44 KB
Rob Myers - Holographic EE - Solution.nb4.06 MB
Wilke van der Schee - Lecture.pdf775.23 KB
Wilke van der Schee - Lecture.nb151.9 KB
Wilke van der Schee - MERA - Exercice.pdf452.93 KB
Wilke van der Schee - MERA - Solution.nb31.78 KB
For Wilke's exercise: ising6.dat1.57 MB
Wilke's MERA package: MERA.m26.75 KB
Juan Maldacena - Entropy Inequalities - Exercise.pdf109.83 KB
Juan Maldacena - Entropy Inequalities - Solution.nb87.85 KB
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