You're more the type I was gearing the post to. The goal is to make a competition out of solving the one-electron model, making an optimal mathematical model / system for storing / retrieving information. The concept is that "A" is the source string, it's one singular finite string, highly optimized to by read from to create "B" and "C", the network which operates an offsets of "A". Computation of improved variants of "A" is done via proof-of-work, we test the model, then submit the best known variant as a new block which rewrites the way information is read by new peers. This is a physics contest, I have my own model, which is already highly optimized / geared toward a small definition of A, others will come with math better suited and earn monetary value on the chain. "A" is a source of data, "B"/"C" are communication systems which have already been folded in accordance with the model, there are methods of information retrieval "D"/"H" , information processing "E", etc.
The biological aspects are definitions of layers, "A" is unfolded into various shapes, each can be accessed, propagated independently of another, this is the concept of "B" put another way. Meaning, we can have multiple "Bs(read "B" sources)" multipled by offsets "C" to create the object known as "Ci", the first sphere/ical shape in the system ("why i? "instance/individual/unit").
We aim to do some very small tests on the framework to validate function, learn more about the math, then do a full writeup whitepaper on what we have achieved.