Ukubona Pentad

θ
Parameters of conflict
adversarial baseline
(afferent dendrite)

Σ
Structure
(afferent dendrite)
Var = cooperation (within)
Cov = transaction (between)

h(t) ≡ Okukona
collision / play / shocks
synchronicity in time×space
(afferent dendrite)

ΔS
Soma
ledger of survival
scar / gap

θ′
Axon
Nietzschean update
Aeschylean writing

Σ distinguishes within-agent cooperation (variance; ordered signal-transduction vs entropy) from between-agent transaction (covariance). O'Clock config: ΔS (Soma) at center → θ′ (Axon) at 3; afferents at 6(θ), 9(Σ), 12(h(t)); dotted arc 3→6 as feedback/recursion (dendrites don't touch soma—synaptic cleft).

diagonal (Var) = cooperation within-agent off-diagonal (Cov) = transaction between-agents dotted = feedback/recursion (3→6)

Σ as Matrix (cooperation within, transaction between)

Variance–covariance matrix, 5×5. Diagonal (variance) encodes within-agent cooperation; off-diagonals (covariance) encode between-agent transactions.
	A	B	C	D	E
A	σ_AA	σ_AB	σ_AC	σ_AD	σ_AE
B	σ_BA	σ_BB	σ_BC	σ_BD	σ_BE
C	σ_CA	σ_CB	σ_CC	σ_CD	σ_CE
D	σ_DA	σ_DB	σ_DC	σ_DD	σ_DE
E	σ_EA	σ_EB	σ_EC	σ_ED	σ_EE

Canon: Diagonal (Var) marks cooperation within an agent—ordered signal-transduction that improbably maintains order against physics (Schrödinger’s “negentropy”). Off-diagonals (Cov) mark transactions between agents—synchronies that arise at interfaces. Collisions at h(t) stress Σ; the observed ΔS is what gets written into θ′.

Tip: rename A–E to concrete agents (e.g., Donor, Nondonor, Provider, Payer, Regulator) or subsystems within one organism if you’re modeling intra-agent structure.