I really like this description, it has relevance to how I learn about science as well.
A conversation that I had last night while tutoring a friend (who has the same qualifications as me but no background in chem) for her pre-med exam.
Me: So, if you think about how a polyacrylamide gel works, for example, the acrylamide functions as an alkene that gets polymerised. The concentration of the acrylamide determines how close together the molecules are - hence, the pore size of the gel. To start of the reaction, you add APS and TEMED. APS is a peroxy oxidant, which generates free radicals, and the TEMED catalyses this. So you have a polymerisation reaction driven by free radicals.
Have you ever felt the tube that you pour the gel into?
Her: No, why would I do that?
Me: The tube is hot, because of the bonds that are forming. That process is exothermic.
Her: Huh. I don't think I've ever been taught this before.
Me: Neither have I, I just learnt the individual concepts and put everything together.
The understanding happened subconsciously, too. I didn't know that I knew it until I explained everything in a Te-driven manner. It just
was how it happened to me.
My friend got through uni without understanding anything that she learnt, I suspect. She relied on memory - and now is panicking with the postgrad premed exam, because it is a test based on reasoning and logic games - which she seldom uses.
Last night I realised how useful Ni/Te was... There are quite a few people who just don't think in this way naturally, and it takes a lot of effort for them to put things together.
Here is an analogy that I have for the Ni process (crystallisation). There are many molecules swimming together in solution, let's say that you have a supersaturated solution that has been cooled, and nothing's crystallised yet. You put in a seed crystal and bang! Everything crystallises at once, forming a networked, ordered structure (that also happens to be quite beautiful

). The crystals that form are big and differ from beaker to beaker - but when you look down a the microscopic level, they have the same structure and are made of the same molecules.