
Research Publications and Materials
A Mathematica implementation of the flag-jump reduction algorithm for computing extension groups of Anderson t-modules.
An interactive computational tool for exploring extension groups of Anderson t-modules and the associated exact sequences, using the flag-jump reduction algorithm. Built with Python and SymPy.
A computational package accompanying the preprint Compatible Bases and Actuator Scheduling. It provides algorithms for constructing compatible bases, profile-preserving actuator scheduling, and verification routines, together with example notebooks.
Computational data concerning finite real hyperfields with cyclic positive cones, including numerical results related to their classification and C-characteristics.