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
  • The 6th edition (2014) - Selected Topics in Holography
    • Day 1 - Introduction (to Mathematica, OPE, QGP)
    • Day 2 - Higher Spin, GR Methods and P-mu
    • Day 3 - GR hands-on, Higher Spin
    • Day 4 GR hands-on, 1 loop HS, Graphics
    • Day 5 GR hands-on, Advanced Mathematica
    • Day 6 - Student presentations and very advanced Mathematica
  • 5th edition (2013) - Conformal Field Theories in Higher Dimensions and the Conformal Bootstrap
    • 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
  • 4th edition (2012) - Integrability and Super Yang-Mills
    • Material from the 4th edition
      • 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
      • Day 5 - Yang-Baxter, Delta Bosons, Contact Terms
      • Day 6 - Advanced Mathematica, BA & Luscher, Conf. Sym.
      • Day 7 - C123 and Chains, Finite Size, Advanced Mathematica
      • Day 8 - C123 data, OPE and N=4
      • Day 9 - C123 continuation, Hidden Symmetry
      • Day 10 - C123 conclusions, the Konishi operator
  • 3rd edition (2011) - Scattering Amplitudes and AdS/CFT
    • 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
  • 2nd Edition (2010) - Condensed Matter and Two-dimensional physics
    • Survey
    • Apply
    • 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
      • Day 4 - Graphene
      • Day 5 - Graphene
    • Timetable
  • 1st edition - Integrability and Gauge/String dualities
    • List of participants of the 1st edition
    • Schedule
    • Material from the 1st edition
      • 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 1 - Introduction to Correlation Functions in CFT's

AttachmentSize
P. Vieira, Mathematica Basics exercises.pdf1.49 MB
G. Korchemsky, Conformal Symmetry exercises.pdf194.09 KB
P. Vieira, Advanced Mathematica Basics exercises.pdf169.6 KB
G. Korchemsky, Conformal Partial Wave expansion.pdf283.15 KB
P. Vieira, Heavy-Heavy-Light at weak coupling exercise.pdf203.47 KB
J. Penedones, OPE and Conformal Blocks exercises.pdf262.17 KB
R. Cavaliere, Introduction to Mathematica - Lecture 1.nb591.28 KB
P. Vieira, Three-point functions in AdSCFT and Mathematica - Lecture.nb994.02 KB
J. Penedones, OPE and Conformal Blocks solutions.nb82.13 KB
P. Vieira, Advanced Mathematica Basics solutions.nb91.86 KB
P. Vieira, Mathematica Basics solutions.nb12.86 KB
P. Vieira, Heavy-Heavy-Light at weak coupling solution.nb34.62 KB
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