Programming languages typically operate in middle of one higher/ one lower order level of logic. DNA describes hyperbolic multi-level of logic. The lowest lev

Programming languages typically operate in middle of one higher/ one lower order level of logic. DNA describes hyperbolic multi-level of logic. The lowest level programming language (assembly) is designed to map/correspond/translate directly to hardware electronic bits. Where, cpu emulates version of turing machine on assembly instructions. And cpu/hardware is under control of OS ( post-pc boot strap ). --- The mapping between hardware & assembler may static (compiled) or interpreted in real-time into a sequence of boolean AND's and OR's. At the assembly programming language level, the programming language 'TERMINAL' construct is 1:1 with hardware. Such abstractions typically conveyed using BNF and/or various calculi such epsilon and lambda. As one progresses through higher level programming lanugages, have to work one's way through more and more non-ternmal instructions (aka grammar) to get to just the TERMINAL value to access that 1:1 mapping to 'run'. --- Given constraints on article length, going to reduce the bodies hyperbolic geometry descriptions down to a simplified analytic geometric analogy via bodies largest organ -- the skin. Can look at the skin as mobious strip where, gi tract is internal side compliment of external skin. Organs can be views as klein bottle chained together & interact/influence each other (per flow through klein bottle opening and/or perfusion of klein bottle surface. Scaling down the cline bottle to cell & simplfied 2d spread sheet -- side a, side b and how progress between a & b. The external/internal enzymes, dna, vitimins/minerals etc influence what happens on the spreadsheet via dna bnf / 4 symbol autonoma system and/or L-system. internal function calls equivalent to specific inter-cel functions per triggered by cell resources. Obviously, organs/cells need 'external function calls/libraries' to work, which are not covered here. While loops / if loops defined by enzyme/protines/etc created by dna interpretations. aka while enough protine a exist -> create enzyme b. IF enzyme asdf exists -> create protine 1234 --- So, dna can be viewed as a type of turing machine aka has if / while / etc.. forms of expression. the rest of the body is just a lambda calculi / epsion calculi / process calclui interpreter/executor. DNA as the ultimate hyperbolic turing paper tape version of the Zark king[0] The unbounded creaping feature creature take to the extreme over a few millenea. --- [0] : https://manybutfinite.com/post/the-thing-king/ https://manybutfinite.com/post/the-thing-king/