Series, products, integrals
- [get it] (v1.2) indefinite summation of rational functions using Gosper's algorithm (by Ralf Stephan).
- [get it] (v1.2). Compute values of Hurwitz zeta and Dirichlet
L-series, partial fraction decomposition of a rational
function F, as well as
(by Henri Cohen).
- [get it] values of motivic L-functions (by Tim Dokchitser).
Elliptic curves
- [get it]. The 'ellsea' package, an implementation of the Schoof-Elkies-Atkin algorithm over a prime field. (by Christophe Doche and Sylvain Duquesne). The seadata official package has made this one obsolete, but the GP implementation might be of interest.
- [get it]. An implementation of Satoh's point-counting algorithm (by Kim-Ee Yeoh).
- [get it]. Compute (heuristically) the analytic rank of an elliptic curve (by Tom Womack).
- [get it]. 2-descent over number fields. Works quite well for fields of
degree less than 3, and is well suited for handling several quadratic twists
of a common curve. It gives an alternative to John Cremona's mwrank even over
Q. Of independant interest, the submodule
qfsolvesolves efficiently any ternary quadratic equation, even not in diagonal (Legendre) form (by Denis Simon). - [get it]. Compute Heegner points, p-adic or complex (by Peter Green).
- [get it]. Derived periods and the Mazur-Tate circle pairing (by Henri Darmon and Massimo Bertolini).
- [get original] / [get new version]. Hecke operators on S2(G0(N)), by Joe Wetherell, William Stein, Dominique Bernardi, Bernadette Perrin-Riou and Karim Belabas.
- [get it]. Various scripts by John Cremona (Heegner points, division polynomials, Weil pairing, group structure over Z/pZ...)
Miscellanea
- [get there] A Database of Local Fields, by John W. Jones and David P. Roberts.
-
[get there]
Jeroen Demeyer's
fullfactorpackage, implementing a large set of integer factorization helpers for integers of a special form (includes tables from the Cunningham project). - [get there] A page on diagonal quartic surfaces, containing GP scripts and PARI programs (Picard groups and point counting); by Martin Bright.
- [get there]. Large library of GP routines, developed by Fernando Rodriguez-Villegas and Ariel Pacetti: quaternion algebras, binary quadratic forms, conics, jacobian of cubics/quartics, Igusa invariants, Dedekind's eta function on CM points, skew-symetric matrices, elliptic units, elliptic dilogarithm, p-adic gamma function, Brandt matrices, lifting matrices, polynomials in several variables, vector handling routines, various factoring algorithms over Z (p-1, Lenstra), K-theory of number fields and zeta values (Lichtenbaum-Zagier conjectures), statistics...
- [get there] Miscellaneous scripts written by Jörg Arndt (continued fractions, Pell equation, recurrent sequences, gaussian normal basis, hypergeometric functions, singular value decomposition)
- [get there] Miscellaneous scripts written by Max Alekseyev: number of Hamiltonial paths and cycles in graphs, inversion of Euler Totient function, binomial coefficients modulo primes number of subgroups of an abelian group, period of recurrent sequences modulo primes, empirical recurrent formulas with polynomial coefficients, generation of integer partitions, number of irreducible multivariate polynomials over finite fields.
- [get there] Bianchi.gp, by Alexander Rahm: compute fundamental domains for the Bianchi groups.
Books / Lectures
- [get there] A nice book (Oxford Graduate Text in Math 13, 2007, 232 pages) by Fernando Rodriguez-Villegas containing a huge number of sample GP programs.
- [get there]. A nice series of introductory lectures about number theory, with a bias towards explicit computations, by William Stein. It contains an introduction to GP and many fun scripts.
- [get there]. The SIAM 100-Digit Challenge book is a gourmet feast in ten courses on (high precision) numerical analysis. Some GP scripts are available on the book web site.
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