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# Previous Ateliers:
[2015 (Bordeaux)](Atelier%202015),
[2016 (Grenoble)](Atelier%202016),
[2017 (Lyon)](Atelier%202017)
[2017b (Clermont-Ferrand)](Atelier%202017b)
[2017c (Oujda)](Atelier%202017c)
[2018 (Besançon)](Atelier%202018)
[2018b (Roma)](Atelier%202018b)
[2019 (Bordeaux)](Atelier%202019)
[2019b (Roma)](Atelier%202019b)
[2020 (Grenoble)](Atelier%202020)
[2021b (Oujda)](Atelier%202021b)
[2022 (Besançon)](Atelier%202022)
[2023 (CIRM)](Atelier%202023)
[2024 (Lyon)](Atelier%202024)

# [Welcome to Atelier PARI/GP 2019b (Roma)](http://pari.math.u-bordeaux.fr/Events/PARI2019b/)
# Proposed topics (partial reports in brackets)

Please write your name under the relevant headers.
To edit the page, click on edit above, make the changes,
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# OS 

## Windows
Mohamadou Sall, Manar BENOUMHANI, OULD MOHAMED REZKI, Abdealziz El Habibi

## Macos  

## Linux

# Experience with PARI/GP
Abdealziz El Habibi
## Beginner
Mohamadou  Sall, Manar BENOUMHANI, OULD MOHAMED REZKI

## Know how to write a GP program or function
Abdealziz El Habibi
## Have a computational project with PARI/GP
Mohamadou  Sall, Abdealziz El Habibi

## Have already attended a PARI/GP atelier
Abdealziz El Habibi
# Proposed topics

## GP programming
Mohamadou  Sall, Manar BENOUMHANI  

## finite fields
Mohamadou  Sall, Manar BENOUMHANI, OULD MOHAMED REZKI

## algebraic number theory
Manar BENOUMHANI, OULD MOHAMED REZKI, Abdealziz El Habibi

## class field theory
Abdealziz El Habibi
## elliptic curves cryptography
Mohamadou  Sall, Manar BENOUMHANI, OULD MOHAMED REZKI

## elliptiques curves over number fields
Manar BENOUMHANI, OULD MOHAMED REZKI

## L-functions

## modular forms
# [Welcome to Atelier PARI/GP 2024b (Lyon)](http://pari.math.u-bordeaux.fr/Events/PARI2024b/)

## parallel computing with GP
- Lorenzo: Exercises, continued fractions
- Bernadette: Exercices (algebraic number theory), Thue equations
- Federico: Exercises (ANT, Galois theory)
- Pip: Exercises (ANT), class field theory, modular forms
- Jessica: Exercises (ANT, Galois theory), elliptic curves
- Safia: Algebraic number theory, Polya quadratic fields, subgroups of class
  groups
- Suman: Algebraic number theory, exercises (ANT, ramification)
- Roslan: Linear algebra, algebraic number theory, class field theory (future:
  S-class groups)
- Luca,Nicola,Francesco: Weil height for projective spaces: implemented! (need
  tests, reduce factorisation)