RSSN is an open-source project building high-performance, safe, Rust-native alternatives to scientific computing libraries like NumPy/SymPy. Licensed under Apache 2.0, it promotes broad adoption, allowing seamless integration into open-source and proprietary projects.

A numerical library for working with Lie Groups and Algebras.

A 3D Finite-Difference Time-Domain solver for a graduate CEM course offered at Purdue University.

Unity Equilibrium Theory (UET)

🚀 Advanced Physics-Prime Factorization (PPF) computational library: quantum mechanics through number theory, featuring Sign Prime (-1), state space collapse, topological analysis, and IOT geometric realizations

Pure-Rust computational physics workspace: Cayley-Dickson algebra (4D-16384D), multi-spacecraft heliosphere analysis, GPU lattice-Boltzmann, formal verification (262 Rocq proofs), and 1400+ tracked claims across 68 crates.

This is rssn-advanced --- a crate containing complex and delicate mathematical algorithms exspcialy heuristic one based on rssn.

Portable, high-fidelity scientific physics engine. Engineered for accuracy, scale, and deterministic reproducibility.

A comprehensive, zero-dependency Rust library for physics, mathematics, and engineering computation — 1,600+ validated functions covering 50+ domains from classical mechanics to general relativity.

A Rust-based 2D PWE Maxwell solver architected specifically for massive parameter sweeps. It significantly outperforms MIT's MPB while achieving a similar accuracy.

Ce module définit les constantes immuables qui régissent l'architecture Lichen. Contrairement aux systèmes arbitraires (basés sur le binaire pur ou le temps UNIX), Lichen s'appuie sur des invariants mathématiques et les implémente en code Rust.

The do-it-all numerical library for learning computational methods - in Rust!

Rust CLI for structural code analysis, effective-model simulation, seeded Monte Carlo benchmarking, JSON reports, and comparative research artifacts.

Computational physics reproduction studies on consumer GPUs — 850+ tests, 85+ shaders, 74 experiments, GPU + NPU via barraCuda. AGPL-3.0