Geometric Algebra Library

General-Purpose Computer Algebra System as an EDSL in Haskell

An introduction to the basic ideas of commutative algebra

A computer algebra system in Smalltalk

Quadratization of differential equations

Abstract algebra library for Python (Work in progress)

SageMath Software Carpentry Lesson

Programming with GAP

all codes of my PhD.

A geometric algebra library written in C#.

Python code with the functionality to check whether path algebras derived from linear quivers (subject or not to relations) are fractional Calabi-Yau.

Educational platform for computational algebra and coding theory, featuring interactive problem solving, algorithm visualization, and bilingual support (EN/RO).

Library of optimized algorithmic solutions and mathematical implementations, covering discrete data structures, graph algorithms, and algebraic computation.

A concise computational framework implementing finite-dimensional C*-algebraic models of quantum graphs, used to construct explicit examples, verify higher-order regularity conditions, and compute spectral properties supporting the results of the associated research article.

Computational Algebra algorithms implemented using Maple.

Computational Smooth Infinitesimal Analysis. Companion paper of [smooth](https://github.com/konn/smooth).

DecomposingGroupRepresentations.jl is a Julia package that provides an API for decomposing representations of reductive groups acting on multivariate polynomials.

C++ tool for linear code analysis using Gröbner bases. Computes leader codewords, tests code equivalence, and analyzes automorphism groups based on recent coding theory research.

Computational algebra practice code in Python: finite fields (Fp/Fq), polynomial arithmetic, fast multiplication/division (Karatsuba/FFT), and Cantor–Zassenhaus factorization.

Python implementation of computational algebra algorithms, focusing on Finite Fields ($F_p, F_q$) and polynomial factorization. Final project for Computational Algebra.