Fredrik Johansson's blog
Optimizing multiprecision LLL in FLINT
Palaiseau FLINT workshop report
Further optimizing bigfloat matrix multiplication
Complex floats and some big root-finding speedups
Faster, vector-friendly bigfloats in FLINT
Faster crypto-sized residue ring arithmetic in FLINT
Bordeaux FLINT workshop report
What's new in FLINT 3.1
The reciprocal Fibonacci constant
Kaiserslautern FLINT meeting report
FLINT furnished with faster FFT
Generics in FLINT
Arb 2.23 released
Multithreaded elementary functions
Parallelizing Arb for fun and profit
Things I would like to see in a computer algebra system
Arb is 10
Long-term development of some mathematical software projects
Computing the Lerch transcendent
A series complexity problem
Computing special functions using numerical integration
Optimizing erf in arbitrary precision
Computing classical combinatorial numbers
Floating-point wrappers in Arb
Citing papers in software
Bringing Calcium to Julia
Calcium development update
Printing algebraic numbers
Computing with metavalues
The symbolic formula language in Calcium and Fungrim
Developing mathematical software in C
Infinity in Calcium and Fungrim
Flat-packed symbolic expressions
Exact matrix functions in Calcium
Benchmarking exact DFT computation
Calcium 0.1
Grim symbolic computation
Arb 2.17 released
Fungrim ♥ OEIS
What is the most common real number?
New logos: Fungrim, FLINT, mpmath
A grimoire of functions
Eigenvalues in Arb
Announcing Python-FLINT 0.2
Accelerated arithmetic in Arb 2.15
High-precision linear algebra in Julia: BigFloat vs Arb
Arb 2.14 released
Interesting interference integrals
The Arb matrix revolutions
The Arb matrix reloaded
New color functions
Arb 2.13.0 released, and more on integration
Arb 2.12 released
New rigorous numerical integration in Arb
mpmath 1.0, and a ten-year retrospective
Faster exp, sin and cos at high precision
Arb 2.11 is available
Arb 2.10.0 released
Arb 2.9.0 released
Dirichlet L-functions in Arb
The Riemann-Siegel formula in Arb
Additional results
Taking the error out of the error function
Phaseful plots
Arb 2.8.0 released
Airy in the library
The 2F1 bites the dust
Finding Nemo
Computing Bell numbers
What's new in Arb 2.7.0
Tio taktlösa trubadurer (tretton timmar till Tunis)
Arb 2.5.0 released
Arb and FLINT in Python
Faster high-precision arctangents
Arb 2.4.0
Hypergeometric functions in Arb
Theta functions and elliptic functions in Arb
Modular forms in Arb
Wrapping up FLINT's Summer of Code 2014
Arb 2.3.0 with faster elementary functions
Thirty times faster arctangents
Easy hypergeometric series at unity
Arb 2.1 released
Arb 2.0 available
Arb 2.0 preview: intervals at the speed of points
Arb 1.1 released, 2.0 right around the corner
Embettered polynomial multiplication
New partition function record: p(10^20) computed
Blog simplified
FLINT 2.4 and Arb 1.0
Tradeoffs in ball arithmetic
Rigorous numerical integration
Arb example programs, rigorous calculus
Parallelism and scaling
Arb 0.7: getting serious with power series
More digits of zetazero(1)
Computing 100,000 digits of zetazero(1)
Numerical power series reversion
Numerically stable fast polynomial arithmetic
Testing Li’s criterion
Arb 0.5
Coping with a big argument
Machin-like formulas for logarithms
An even speedier gamma function
Precise computation of roots of unity
Timings for the complex gamma function in Arb
Arb 0.4
Arb 0.3, with complex numbers
Automatic hypergeometric series
Ball linear algebra
Sometimes faster is worse
Implementing log-gamma using the Stirling series
Karatsuba’s algorithm for the gamma function
Code rewrite, and Fibonacci numbers
What’s new in FLINT 2.3
Experiments with low-level ball arithmetic
Logarithms as well
Revisiting transcendental functions
Algorithm selection for zeta(n)
High-precision ball arithmetic
Partitions into the quintillions
Factorials mod n and Wilson’s theorem
Blog moved
Some FLINT 2.2 highlights
100 mpmath one-liners for pi
A FLINT example: Lambert W function power series
Announcing mpmath 0.16
Again, mpmath in Sage is about to get faster
Fast combinatorial and number-theoretic functions with FLINT 2
Euler-Maclaurin summation of hypergeometric series
Post Sage Days 24 report
Sage Days 23, and Bessel function zeros
Symbolic infinite series
Incomplete elliptic integrals complete
Assorted special functions update
Announcing mpmath 0.15
Hypergeneralization
Computing large zeta zeros with mpmath
Speedups of elementary functions
Numerical multidimensional infinite series
A new gamma function implementation
Mpmath 0.14 released
mpmath in Sage to become 3x faster
Using Sage numbers in mpmath
Zeta evaluation with the Riemann-Siegel expansion
YAMDU (yet another mpmath development update)
Accurate hypergeometric functions for large parameters
Analytic continuation of 3F2, 4F3 and higher functions
Python floats and other unusual things spotted in mpmath
Released: mpmath 0.13
Torture testing special functions
3D visualization of complex functions with matplotlib
Coulomb wave functions and orthogonal polynomials
Hurwitz zeta function, Dirichlet L-series, Appell F1
Another Mathematica bug
Improved incomplete gamma and exponential integrals; Clausen functions
Meijer G, more hypergeometric functions, fractional differentiation
Massive hypergeometric update
Hypergeometric 2F1, incomplete beta, exponential integrals
Mpmath 0.12 released
Cython mpmath performance, part 2
Cython mpmath performance
Report from Sage Days 15
Computing (generalized) Bell numbers
How (not) to compute harmonic numbers
Python 3.1 twice as fast as 3.0
Approximate prime counting
Galerkin’s method in SymPy
Fun with zeta functions
Mpmath 0.11 released
Jacobi theta function fractals
A spiralling little tune
ANN: mpmath 0.10
Mpmath’s first birthday
Fun with the digamma function
Wrapping it up
Division: the sequel (with bonus material)
Making division in Python faster
Hypergeometric series with SymPy
Faster pi, more integrals and complex numbers