It’s like: I got these great results and yet, how do I explain? I started following the circuits and writing it out as a start… but then to unroll why each of these matters… well, I don’t want a Time Cube situation… but I can see how it happens and maybe not so bad. moment of inertia and rotational energy (MEASURE) + permanent identifier, DOI (OBJECT) = conservation of angular momentum (APPLIED) to angular defect (INTERACTING) led to Practopoesis, Jellium and cell signaling (ABLE) Practopoesis (SMALLER) led to Conscious (ALLOWING) led to Practopoesis. Jellium (DETERMINED) led to Principal Component Analysis (BUILDING) Personal Identifier, DOI (OBJECT) led to conservation of angular momentum.

 It’s like: I got these great results and yet, how do I explain? I started following the circuits and writing it out as a start… but then to unroll why each of these matters… well, I don’t want a Time Cube situation… but I can see how it happens and maybe not so bad.
moment of inertia and rotational energy (MEASURE)
+
permanent identifier, DOI (OBJECT)
=
conservation of angular momentum (APPLIED)
to
angular defect (INTERACTING)
led to
Practopoesis, Jellium and cell signaling (ABLE)
Practopoesis (SMALLER)
led to
Conscious (ALLOWING)
led to
Practopoesis.
Jellium (DETERMINED)
led to
Principal Component Analysis (BUILDING)
Personal Identifier, DOI (OBJECT)
led to
conservation of angular momentum.
I mean it’s writing itself. Like, the top cluster the hierarchy – the closest thing to START HERE – has two inputs (it’s a circuit after all), but then it gets going with a single output:
The angular defect is interacting.
and this is JUST how I think. A tiny little defect got everything started. – a little angle jutted up or went askew, causing new things to happen that didn’t before.

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