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Erik Panzer: Multiple zeta values in deformation quantization
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Classroom Contents
Periods in Number Theory, Algebraic Geometry and Physics - Trimester Program
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- 1 Yves André: What is… a motivic Galois group
- 2 Leila Schneps: What is... an associator
- 3 Joseph Ayoub: The conservativity conjecture for Chow motives in characteristic zero
- 4 Yves André: Periods of relative 1 motives
- 5 Sinan Unver: Infinitesimal Chow Dilogarithm
- 6 Daniil Rudenko: Polylogarithms, cluster algebras and Zagier conjecture
- 7 Matt Kerr: Apery extensions
- 8 Richard Hain: Modular inverters
- 9 Nils Matthes: Elliptic analogs of multiple zeta values
- 10 Dinakar Ramakrishnan: What are... Galois symbols on ExE ? (E an elliptic curve)
- 11 Steven Charlton: Motivic MZV's and the cyclic insertion conjecture
- 12 Spencer Bloch: Periods and regulators
- 13 Francis Brown: Motivic periods applications
- 14 Francis Brown: A guide to motivic periods
- 15 Koji Tasaka: Totally odd multiple zeta values and period polynomials
- 16 Steven Charlton: Bowman Bradley type relations for symmetrized multiple zeta values
- 17 Henrik Bachmann: Multiple harmonic q-series at roots of unity and finite [...]
- 18 Richard Hain: What is... relative completion?
- 19 Marc Levine: Chow Witt groups, ramification and quadratic forms
- 20 Minoru Hirose: Iterated integrals and symmetrized multiple zeta values
- 21 Nobuo Sato: A conjectural generalization of Zagier's formula for zeta (2,...,2,3,2,...,2)
- 22 Stephen Lichtenbaum: Cohomological description of special values of zeta functions
- 23 Tomohide Terasoma: Period integrals of open Fermat surfaces and special values of hypergeometric
- 24 Dirk Kreimer: Amplitudes: a few conundrums
- 25 Vyacheslav P. Spiridonov: 6j-symbols for SL(2,C) group and Feynman diagrams6j-symbols for SL(2,C)
- 26 Johannes Bluemlein: Iterated Elliptic and Hypergeometric Integrals for Feynman Diagrams
- 27 Stephan Stieberger: Single Valued Multiple Zeta Values and String Amplitudes
- 28 Oliver Schlotterer: Moduli space integrals in string tree level amplitudes
- 29 Pierre Vanhove: Feynman integrals and Mirror symmetry
- 30 Lance J. Dixon: Cosmic Galois Theory and Amplitudes in N=4 Super Yang Mills Theory
- 31 Francis Brown: Modular graph functions and non holomorphic modular forms
- 32 Federico Zerbini: Elliptic multiple zeta values and string amplitudes
- 33 Claude Duhr: Elliptic polylogarithms evaluated at torsion points and iterated integrals
- 34 Ralph Kaufmann: Graph Hopf algebras and their framework
- 35 Oliver Schnetz: Graphical hyperlogarithms
- 36 Erik Panzer: Multiple zeta values in deformation quantization
- 37 Werner Nahm: Quantum fields as derivatives
- 38 Guangyu Zhu: The Galois group of the category of mixed Hodge Tate structures
- 39 Richard Hain: Multiple modular motives II
- 40 Francis Brown: Multiple modular motives I
- 41 Javier Fresan: What is… an exponential period
- 42 Nils Matthes: Rational associator in small depths
- 43 Rob de Jeu: Tessellations, Bloch groups, homology group
- 44 Benjamin Enriquez: A Betti counterpart of the harmonic coproduct II
- 45 Anthony Scholl and Jan Nekovar: Plectic cohomology
- 46 Francesco Lemma: Algebraic cycles and residues of degree eight L functions of GSp4xGL2
- 47 Nobuo Sato: Charlton's conjecture on multiple zeta values
- 48 Neil Dummigan: Automorphic forms on Feit's Hermitian lattices
- 49 Michael Hoffman: Multiple zeta values and alternating MZVs arising from a combinatorial problem
- 50 Minoru Hirose: Confluence relations of multiple zeta values
- 51 Robert Kucharczyk: The geometry and arithmetic of triangular modular curves
- 52 Johannes Brödel: From elliptic multiple zeta values to modular graph functions
- 53 Christian Bogner: The analytic continuation of the kite and the sunrise integral
- 54 Bartosz Naskręcki: Elliptic and hyperelliptic realisations of low degree hypergeometric motives
- 55 Henri Cohen: Computing multiple polylogarithms after Akhilesh
- 56 Jan Stienstra: Zhegalkin Zebra Motives, digital recordings of Mirror Symmetry
- 57 Frits Beukers: Some supercongruences of arbitrary length
- 58 Wadim Zudilin: A q-microscope for hypergeometric congruences
- 59 Roberto Villaflor Loyola: Periods of linear algebraic cycles in Fermat varieties
- 60 Kiran S. Kedlaya: Frobenius structures on hypergeometric equations: computational methods
- 61 John Voight: On the hypergeometric decomposition of symmetric K3 quartic pencils
- 62 Alexander Varchenko: Solutions of KZ differential equations modulo p
- 63 Ishai Dan Cohen:The polylog quotient and the Goncharov quotient in computational Chabauty-Kim theory
- 64 Henri Cohen: Computing Peterson products in half integral weight after Nelson and Collins
- 65 Wadim Zudilin: Many more odd zeta values are irrational
- 66 Masha Vlasenko: Dwork Crystals and related congruences
- 67 Dali Shen: Interpreting Lauricella hypergeometric system as a Dunkl system
- 68 Damian Rössler: The arithmetic Riemann Roch Theorem and Bernoulli numbers
