23 results for “topic:clifford-algebra”
Geometric Algebra package for JAX
Python package for Geometric / Clifford Algebra with TensorFlow
A fast, simple, static multivector (Clifford number) implementation for Julia.
Yet another Julia package for working with geometric (or Clifford) algebras.
A Unified Generic C# library for Geometric Algebra computations using any kind of scalars (floating point, symbolic, etc.)
Symbolic Geometric Algebra with E-Graphs
Latex sources for http://peeterjoot.com/writing/geometric-algebra-for-electrical-engineers/
geometric number library supporting unlimited dimensions with O(1) complexity
Clifford Algebra Library - Interworld Transport Project
Geometric algebra crate for Rust
Geometric Algebra Mathematica Package. Includes numerous functions for performing GA operations such as geometric and exterior products, multivector inverses, and more.
TypeScript Geometric Algebra implementations with proper typing. Autogenerated using Python and TFGA.
Interactive Geometric Algebra Tutorial
Conformal Geometric Algebra (CGA) with efficient sequence modeling by introducing a recurrent rotor mechanism and a novel bit-masked hardware kernel that solves the computational bottleneck of Clifford products.
Using Projective Geometric Algebra for Rigidbody Physics in 2D with TypeScript
Geometric Algebra for FreePascal
Simple library implementation of Clifford Algebra.
End-to-End Python implementation of the research methodology, from "Geometric Dynamics of Consumer Credit Cycles", by Sudjianto & Setiawan (2025). Implements Clifford Algebra embeddings and Linear Attention for explanatory macroeconomic analysis; i.e. economic regime analysis.
A type-safe implementation of geometric/Clifford algebra (Groot: geometric algebra rotations)
Exploratory analysis of clifford algebra and hypercomplex neural network on basis of efficieny and interpretability.
The Genesis Trilogy: HAFF + Q-RAIF + T-DOME — Emergent geometry, observers, and irreversible cognition from algebraic structure
SIMD-accelerated vector similarity primitives (dot, cosine, norm, maxsim, matryoshka, clifford rotors)
High-performance geometric algebra for Python, built on a Rust backend.