The math is a LANGUAGE -lets try it AS ONE! #16917
rasplodkiler-blip
started this conversation in
Ideas
Replies: 0 comments
Sign up for free
to join this conversation on GitHub.
Already have an account?
Sign in to comment
Uh oh!
There was an error while loading. Please reload this page.
-
Hi to you all, in English, not Python (for now).
I am not professional, like the ones working here, English is not my first, will try to be transparent enough -a simple idea with hope somebody more competent than myself will see a potential in it.
Let me start with the human languages, they are 4 basic types 1.Analitic -example your own English. I gave a flower to Tom. You use the particle TO for to express the act of giving. 2.Synthetic -in German or Russian (Ya dal cvetok TomU.-the same meaning, and in old fashion English instead of The bar of Tom, you say TomS bar. This trick is named case -majority of Sinthetic languages do it that way.
3. Aglutinative -it comes from glue, yes, like Finnish, Japanese and Turk. If you use English in this mode every particle of the word has its own meaning, they are glued in one big piece -greentinybottleneckcarbonatedemandeddrinkingforto is one word, if English was to be this type of language. 4. isolating (Chinese, Korean). Every particle for itself, no matter where you place it in the sentence, meaning does not change. In such English you would say kinda Gi I Flo Tom, Tom I Gi Fla, Fla Gi Tom I, I Gi Tom Fla with sustaining meaning all the same.
Math of the core is an universal language, yes? You have 64 bit separated in our fashioned 8 bytes. So, if we use this 4 principles of our human languages? Like in Russian the flower is given TomU, is taken from TomA, and TO and FROM do not need to be instructions themselves. Using start prefixe or end postfixe in 4004 granpa style we have 15 possible added signs to every instruction, with implemented quality kinda where it should go and what to do being there -add you can use 8 or 16 bit case marker in 64 bit instruction.
Aglutinative? In this mode every byte has its own meaning, you can free change their place making one word sentence long.
Isolating -set of commands free place changing from 8 (or 4 bit instr. set) sub comands.
Conclusion -use all possible grammars in a Lisp phisical or virtual machine for to use self reference of the models -Hy of Python with QEMU rules, as for my taste -just add Core Wars concept under OS on taste of yours))) and you have engine for hardware/software optimisation in the sense of how to reduce electrobills and torture of your fans (in both senses))))))
Beta Was this translation helpful? Give feedback.
All reactions