Theorems
These are the statements that drive the work. In the author's own words they are not all proven; they are what is driving the investigations. Each carries a label for how far it has been shown. The labels are proposals and the author can change them.
| Statement | Label | Where it stands |
|---|---|---|
| The universe shall have balance. | Stance | A metaphysical stance. Not tested and not testable as stated. |
| There is an architecture in life (endogenous) and the interactions that life has in its environment (exogenous). The author is not saying the committed-node architecture captures the whole of it. | Framing | A division of the subject. It claims no more than the parenthesis allows. |
| Life interacting with other life is how signals are exchanged. | Framing | A description, not a result. |
| Life cannot thrive without both substrate and signal exchanged. | Principle, n = 1 | One case: the endocannabinoid system. See ledger row L26. |
| Any adaptive system that must compress multiple inputs into an irreversible decision under finite resources converges on the committed-node architecture. | Conjecture | The theorem the series is trying to earn and has not. See ledger row L01 and the committed node. |
Told as a piece: The Dance Is In Us puts three of these in the author's own words: balance, life exchanging signals with other life, and substrate and signal together as nourishment. It is a stance, not a finding.
How to read the last one
The conjecture is stated as "any adaptive system". The evidence is a handful of domains in which the architecture can be fitted, and the series' own register says a fit is the cheapest thing in science to produce. The test that would carry more weight is the one the style sheet says has never been run: predict a node's type in one domain from the determinants that fixed a type in another, then measure it. Until then it is a conjecture, and this page shows it as one.