Previous Ateliers:

2015 (Bordeaux), 2016 (Grenoble), 2017 (Lyon) 2017b (Clermont-Ferrand) 2017c (Oujda) 2018 (Besançon) 2018b (Roma) 2019 (Bordeaux) 2019b (Roma)

Welcome to Atelier PARI/GP 2020 (Grenoble)

Tasks

• doctesting (Marine, Valentin, Mohamed, Cyril, Razvan, Anne-Edgar, Samuele, Baptiste, Julien, Paul) (many reports, some already incorporated)
• Philippe (pari tutorial for teachers: arithmetics, algebra etc)
• Xavier (p-adic L-functions) (debugging)
• Jared (morphisms between finite abelian groups) (discussions with KB and Andreas about abelian groups)
• Andreas (modular polynomials) (computed a modular polynomial, discussed CM theory and groups)
• Karim (supervise doctesting, help everyone)
• Henri (help people)
• Roland (parallel computing) (linking pari and GPUs with cypari; quite hard!)
• Francesco (enumeration of number fields with prescribed ramification) (trying to use some congruences for quintics)
• Aurel (Hecke characters, p-adic fields) (found and fixed bugs)
• Titouan (elliptic curves) (work on a benchmark)
• Maiga (hyperelliptic curves, elliptic curves) (tests with invariants)
• Razvan (mf, modular poly) (computed a modular polynomial with Andreas, finishing slides)
• Denys (parallel computing) (working with Vinko)
• Samuele (modular forms, modular symbols, isomorphism of Galois representations) (talked to people)
• Nicolas (congruences between modular forms, mfsearch) (learning how to make patches)
• Baptiste (modular forms) (working on the small image project, talk)
• Etienne (LLL over number fields) (cleaned up quadratic case, slides)
• Christelle (exploration of pari) (root localisation, extending to special types of polynomials)
• Vinko (computations with factorisations) (trying parallel programming)
• Richard (discover pari, elliptic curves over function fields) (<- did this)
• Julien (discover pari, number fields)
• Francois (compute Eisenstein series, products of such) (<- worked on this)
• Bernadette (modular symbols) (worked with Francois)
• Pascal (Hecke characters) (worked with Aurel)
• Bill (discriminants of relative polynomials) (test case provided by J***d was wrong)