Grassmann.jl

Time to give Julia a shot! It has this amazing package [1] for geometric algebras in up to a very high number of dimensions. [1]: https://github.com/chakravala/Grassmann.jl

This article is really about geometric algebra, check out my geometric algebra software https://github.com/chakravala/Grassmann.jl

I've been on the bivector discord since the beginning (aka chakravala), you can find my geometric algebra library Grassmann.jl https://github.com/chakravala/Grassmann.jl

Geometric algebra for Julia: Grassmann.jl https://github.com/chakravala/Grassmann.jl https://grassmann.crucialflow.com/dev

Geometric algebra, which i implemented in software in Julia: Grassmann.jl https://github.com/chakravala/Grassmann.jl In the future, geometric algebra will likely be part of everything we do, but it is still very unknown as of now.

I heart your Grassman gradient vector field representations: https://github.com/chakravala/Grassmann.jl. They, heh heh, point the way toward representing aspects of physics and math that should be used far more frequently than they are now. They display the quirks that you could never apprehend looking at an equation. Your representations could eviscerate the representations of data base on paper-like metaphors. Sadly our leaders, the John Baez and Scott Aronson and people like that, prefer to think in Euler notation and WordPress posts. As Kurt Vonnegut said: So it goes. The world of representation of difficult concepts using interactive 3D and elegant code is still in its infancy. You are not yet at the ground floor of the construction of a future elegant structure. You - and a few others - are in at the second basement. Fortunately, th

If you are interested in geometric algebra for the Julia language, you may want to check out Grassmann.jl also: https://github.com/chakravala/Grassmann.jl

If you enjoy geometric algebra, you might like my Julia language implementation Grassmann.jl (features on bivector.net) https://github.com/chakravala/Grassmann.jl

Recently I made a video presentation about geometric algebra, including the formulation of Maxwell's equations in GA: https://youtu.be/7hlDRLEhc8o Also, my implementation of geometric algebra in the Julia language, Grassmann.jl https://github.com/chakravala/Grassmann.jl It helped me truly understand Maxwell's equations for the first time, understanding that it is not just some physical artifact but actually a natural foundational idea in pure mathematics applicable to physics.

If you are interested in geometric algebra, you might enjoy my implementation of it in the Julia language: Grassmann.jl https://github.com/chakravala/Grassmann.jl

Several of my repositories are AGPL also https://github.com/chakravala/Grassmann.jl

My package called Grassmann.jl offers somewhat higher dimensional algebras than the python package here: https://github.com/chakravala/Grassmann.jl

Please check out my geometric algebra software at https://github.com/chakravala/Grassmann.jl

Yes, check out https://bivector.net https://github.com/enkimute/ganja.js and my own geometric algebra also: https://github.com/chakravala/Grassmann.jl

Greetings, I am the developer of Grassmann.jl working on creating more free software for engineers and researchers. I don't have a career and really need some funding to be able to continue creating more value in terms of basic science research and free software. My goal is to create software foundations based on geometric algebra for scientists and engineers. I believe this work to be essential for the advancement of science and it must be open source, so that it can be built on by future researchers. Please consider sponsoring Grassmann.jl at https://github.com/chakravala/Grassmann.jl