Python library for simulating heat transfer processes

Unofficial Python tools for querying NIST Chemistry WebBook pages and extracting molecular-property records.

Unofficial Python client for ILThermo 2.0 with SMILES-enriched ionic-liquid data for cheminformatics, thermodynamics, and ML workflows.

A tiny, typed, sequential pipeline engine for Python

EchoTime: explainable structural similarity for time series and time-series datasets, with shareable HTML reports and agent-ready JSON.

Open research-code package for exploring CNRS: complex-base representation, CNRS-float, branch-aware complex-state workflows, and CNRS-H scale-law calculus. Part of a broader research programme on scale, representation, and complex-state preservation.

Coupled Atmosphere-Wildfire Model Implementation

My solutions to the python projects for the freeCodeCamp Scientific Computing with Python Certification.

LDSFL-Meander is a Python reduced morphodynamic model for meandering rivers, with CLI and GUI workflows, dimensional/dimensionless inputs, geometry preprocessing, and reproducible planform simulations.

Coupled thermohygro-electrochemical CUI simulator with DFOS-informed inverse problem (Integrity Code Series, Week 9). Three-PDE physics, Strang splitting, 154 tests, full CI/CD.

Convert optical simulation requests into validated, solver-ready spec JSON.

A lightweight GUI tool for visualizing Raman/SSI spectral maps and inspecting pixel-wise spectra.

Computational study of hydrogen atom energy levels comparing classical eigensolver methods with variational quantum eigensolver (VQE) implementations.

A practical Python toolkit for applied and statistical social network analysis, with research-grade documentation and transparent methodological boundaries.

Hardware-agnostic interface for autonomous atom manipulation with STM. Simulator + RL-ready + distributed task queue.

Distributed matrix multiplication in Python.

Numerical superconducting-circuit analysis in Python.

QS-DMSS Studio: evidence-first simulation lab for reproducible runs, evidence bundles, campaign comparison, and research-object exports.

Interactive flow cytometry calibration software for fluorescence and scattering workflows, with FCS loading, peak finding, fitting, profiles, and reusable calibration exports.

A beginner-friendly introduction to Python for scientific computing, designed for science and engineering students. The course focuses on practical problem-solving using real-world physics-inspired examples, data analysis, and visualization.