Computer algebra package for rational Cherednik algebras and Calogero-Moser spaces.

Handout for a seminar talk about the Hall algebra of the Jordan quiver over F1.

A package for Lie (super)algebra computations in Mathematica software system

My undergraduate thesis in quantum computing with advisor Jamie Pommersheim. I used representation theoretic tools to analyze lower bounds of certain classes of quantum algorithms.

SAGE code for local A-packets of classical groups

Associative algebra (VUB)

Abelian unramified geometric class field theory

DFT for cyclic group and symmetric group over finite fields, and number fields in the unitary case.

Representation Theory of Algebras (VUB)

Rings and modules (VUB)

Characters of the symmetric group in Haskell

In this project, we attempt to reformulate various notions from classical commutative algebra (such as flatness, regularity, smoothness, etc.) in an entirely categorical manner, so as to be able to later write down their analogues in derived algebraic geometry without having to develop extra theory. We will also be presenting certain application…

CM uniquement.

My mathematics research page

Working with symmetric functions (elementary, complete homogeneous, power sum, monomial and Schur) and associated combinatorics

Very simple version of the code used for the experiments in the paper Hidden Activations Are Not Enough: A General Approach to Neural Networks Predictions.

A Python-based Rubik's Cube simulator and visualizer using matrix algebra for efficient representation, manipulation, and visualization of the cube's state. Includes a group theory approach to cube operations and a proof-of-concept visualization module using Matplotlib.