Details about these ideas and DNAP in particular can be found at the following links:

DNAP Stack - future of software engineering?

- Understand the concepts: https://chwezi.tech/dna/
- Design an app: https://studio.chwezi.tech
- Deepen your knowledge of DNAP: https://doi.org/10.36227/techrxiv.13176365.v1
- Try combining DNAP with analytics tech such as PowerBI.
- Test and use personas (DNAP mini-programs): http://bit.ly/getDNAP
- Write and deploy personas by hand on 4ne: https://bit.ly/NreD

Need help: tech@nuchwezi.com

Sometimes, a researcher just wants to put critical ideas on their personal/private blackboard, so as to keep them in mind easily or just sit back every once in a while, and give some serious attention to one or several ideas...

Here, we see JWL's blackboard decorated with some maths, some esoteric science, and computer science.

Of course, there are some kinds of mathematics problems, that want to look like methods of tying shoelaces!

This board has some games being played with concepts from set theory as well as some early explorations of category theory.

Not so fun perhaps.

"Did a PhD loose his mind here..." 😂😂✌️😄

A well organised scientific researcher's home, should indeed have a special space where the thinkers and tinkerers can go to make minds and brains do work or just have fun...

This here is the private outdoor study and blackboard-driven research space at the home of JWL.

Looks like some ideas relating to Neural Networks (the stuff driving artificial intelligence today), were being explored here.

Also related...

Calculus for Aliens? Hhaha no!

Here, we see an exploration of how to treat the differential of a multi-dimensional function.

Weird as it might look, here, JWL tries to design a cryptic book cover for his novel, Shrines of The Free Men. Grab a copy of that book from the link below:

https://t.me/ugandanow/745

DNA is a biological concept originally. However, in modern times, this phenomena that's mostly found in nature, has caught the attention of researchers from many fields including those not directly related to biology.

Here, we see an attempt to illustrate the idea that a kind of source code (the G, A, C & T molecular codes for example ) come together to specify structures that define DNA, and which in turn defines the character of living things or tissue.

DNA ideas relating to genetic programming for example, have been explored by JWL in one or more projects. An example is on this link:

https://github.com/mcnemesis/Genetic-Experiments-in-Ruby

A quick review of basic tools in solving and analysing triangular forms. A cornerstone in much of applied geometry and physical engineering.

"Living Interfaces commune to the living the best" --- one Strathmore visitor to Menuza Bytes.

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