There is a method diffusion tensor imaging, which makes it possible to map brain fibers in the living brain.

https://www.eurekalert.org/news-releases/673927

https://www.nationalgeographic.com/science/article/the-brain-is-full-of-manhattan-like-grids

Article The Geometric Structure of the Brain Fiber Pathways

https://newsinfo.iu.edu/news-archive/8469.html

https://www.eurekalert.org/news-releases/553847

Regards,

Joachim

Dear Joachim Pimiskern

How about in DIRECTLY OBSERVABLE behavior PATTERNS (PER SE) seen with the levels/stage of child development (ontogeny), longitudinally?? We surely are not "there" yet, but STILL (act. especially STILL).

And, I have said (and have justified) : Forget the brain; psyc may do more for real brain people, than they do for themselves (but not much in either case -- because relationships are crude and thus real brain people could very well see them without the psyc people (which may be the real test of neuropsychology )).

Well, you can model the information flow between molecules or neurons simmilar way. Hovewer, those models are always large abstractions. There are different time scales in biology compared to CS, where you have more or less one. .

Absolutely, there are some interesting parallels between how information flows in humans and in computers, although the mechanisms are quite different.

In humans, at the molecular biology level, information flow is governed by the Central Dogma, where DNA is transcribed into RNA, and then RNA is translated into proteins. These proteins are crucial for various cellular functions. In neurology, information flow involves neurons transmitting electrical and chemical signals across synapses, essentially how our brain communicates and processes information.

In computers, information flow happens through computer networking, where data is transferred using protocols over various types of physical and wireless networks. This is akin to a structured set of rules determining how data packets are sent, received, and interpreted.

The resemblance lies in the fundamental concept of transmitting information. In both humans and computers, information is encoded, transmitted, received, and then decoded. In humans, it's more about biochemical and electrical signals, while in computers, it's about digital data packets.

However, it's important to remember that the underlying processes and materials (biological vs. electronic) are fundamentally different. It's a fascinating area of study, with each field having its own complexities and advancements!