I'm loving these blog posts looking at computation through a geometric lens please keep them coming. I think what you're doing is original and deeply important.
You are brilliant -- and I'm less inclined to give compliments than money. Two references that I think you would benefit from reading, from which I have for decades benefited:
Frink, my favorite computer language, by fellow Triple Nine Society member Alan Eliasen: https://frinklang.org/4
Slehar's visual introduction to Clifford / Geometric Algebras:
See my posts @ https://enonh.substack.com/profile/posts : "The 'Periodic Table' of Physics", "Classification of Clifford Algebras", "Mindspace", and at my old blog : "A Curious Way to Represent Numbers: Ternary Factor Tree Representation "
I'm loving these blog posts looking at computation through a geometric lens please keep them coming. I think what you're doing is original and deeply important.
You are brilliant -- and I'm less inclined to give compliments than money. Two references that I think you would benefit from reading, from which I have for decades benefited:
Frink, my favorite computer language, by fellow Triple Nine Society member Alan Eliasen: https://frinklang.org/4
Slehar's visual introduction to Clifford / Geometric Algebras:
https://slehar.wordpress.com/2014/03/18/clifford-algebra-a-visual-introduction/
See my posts @ https://enonh.substack.com/profile/posts : "The 'Periodic Table' of Physics", "Classification of Clifford Algebras", "Mindspace", and at my old blog : "A Curious Way to Represent Numbers: Ternary Factor Tree Representation "
http://mindsbasis.blogspot.com/2014/07/a-curious-way-to-represent-numbers.html , "Compression, Entanglement and a Possible Basis for Morphic Fields" http://mindsbasis.blogspot.com/2014/06/compression-entanglement-and-possible.html