Vibration excitation in gearboxes due to surface deviations.

A collection of code for simulating extrinsic flows.

Useful toolkit for DIfferential Geometry with Python

A package to simulate the output of a control system by means of the Chen-Fliess series.

Manifold learning approach for detecting resolvable gravitational wave sources in LISA confusion noise using CNN autoencoders and continuous wavelet transforms.

A 2-dimensional surface grapher. Graphs 2-dimensional surfaces embedded in 3-dimensional space, including visualizations of Gaussian and mean curvature

Spacetime curvature analysis and diagnostic tools for metric calculations. Studies Riemann tensor components, scalar curvature, and geometric invariants in numerical relativity applications.

Simple visualization of oblique cone intersection with unit sphere

General Relativity Utilities in Python

Drafts of textbooks. One on the math inspired by supersymmetric field theories. One on low dimensional (below 3+1) integrable physics.

A symbolic differential form library for python

# warp-bubble-metric-ansatz

Integrators on homogeneous spaces

A toolkit to manipulate n-dimensional geometric curves in Python ➰

I built this web app with the Dash open source framework to showcase my publications and web projects.

Python library for differential geometry, providing numerical tools for intrinsic geometric computations and PDE solving.

Building geometric objects using blending techniques and global deformations

Graph dynamical systems library

A Python package for information-geometric and information-topological analysis of mathematical models

A package for protein conformational ensemble analyses based on a differential geometry representation of protein backbones.