A Python script to compute cohomology of irreducible homogeneous vector bundles on rational homogeneous varieties.
-
Updated
Oct 22, 2023
A Python script to compute cohomology of irreducible homogeneous vector bundles on rational homogeneous varieties.
Floretions and Triangle Representations
Julia package for descent elimination algorithms
Magma Jupyter notebook to compute the 2-torsion Brauer group of the elliptic surface described in Wittenberg 2004.
Bachelor Thesis
Grassmannians and Schubert calculus implemented in Julia
Articles on Weil-étale cohomology
Compute generic 2D line intersections
Machine learning techniques are applied to datasets of polygons & polyhedra, examining how properties such as volume, dual volume, reflexivity can be learnt from Plucker coordinate representation using neural networks (arXiv: 2109.09602).
Algebraic Computing with Macaulay2
ResPol is a software to compute projections of Newton polytopes of important polynomials in algebraic geometry such as the resultant defined for a given polynomial system.
A collection of all my Singular libraries
My final year project I wrote during university.
This repository contains the scripts of the two talks I gave in two seminars of my M.Sc. Mathematics at the TUM.
A Python Interface & Extension to Singular
change .gitignore for other fileName in uncommon use
Matroid Chow Rings, and their semi-small decompositions.
Drafts of textbooks. One on the math inspired by supersymmetric field theories. One on low dimensional (below 3+1) integrable physics.
Add a description, image, and links to the algebraic-geometry topic page so that developers can more easily learn about it.
To associate your repository with the algebraic-geometry topic, visit your repo's landing page and select "manage topics."