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Tensorium

The Tensorium Foundation develops open-source tools and compiler technologies to accelerate and simplify numerical tensor computation.
README.md

444221947-5f75f1f9-999d-410b-971e-ba3bd5e8b5e9 (1)

Tensorium Foundation

The Tensorium Foundation is a non-profit organization dedicated to advancing research and open-source software in high-performance scientific computing with a focus on numerical relativity.

Tensorium Philosophy

Empowering science and education through open, efficient, and reproducible computational tools.

We believe in a transparent, community-driven ecosystem where cutting-edge scientific research and high-performance computing are accessible to everyone.

Projects

  • Tensorium_lib
    A modern, high-performance C++ library for tensor computations, with SIMD and multi-architecture support. Designed for scientific computing, data science, and numerical relativity.

  • Tensorium_MLIR
    A custom MLIR dialect and pipeline for symbolic tensor computation, code generation, and hardware acceleration in numerical relativity.

  • Tensorium_tex
    Tools and parsers for converting LaTeX-based tensor equations into executable code or intermediate representations.

  • Educational Resources
    Open documentation, tutorials, and courses to help students and researchers master high-performance computing, relativity, and scientific programming.

Get Involved

We welcome contributors from all backgrounds—researchers, students, and developers.
Explore our repositories, open issues, and join us in building the next generation of scientific software.

For more information or to collaborate, contact us or open an issue on any of our repositories.

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  1. Tensorium_MLIR Tensorium_MLIR Public

    Starting from a LaTeX symbolic parser, this project automatically generates solid metrics and initial conditions for numerical relativity, in standard C++ or MLIR.

    C++ 1 1

  2. Tensorium_lib Tensorium_lib Public

    An optimized Tensor/Matrix library for HPC applications an numerical relativity (AVX2/AVX512 and thread safe) with a Symbolic parser and Python wrapper

    C++ 10 3

  3. CurvatureEngine CurvatureEngine Public

    Relativistic code for ADM/BSSN 3+1 decomposition, Analytical computes and Geodesics tracer over a Kerr/schwarzschild and kdS/adS metrics (using AVX2 and AVX512 intrinsics, tested on different confi…

    C++ 7

Repositories

Showing 7 of 7 repositories

People

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Top languages

C++ LLVM MLIR