Update 2026-06-30-logic-principles-of-the-expression_v4.md
This commit is contained in:
@@ -427,6 +427,22 @@ The order around the ring is ACTION → EVALUATION → PREPARATION → ACTION. B
|
|||||||
phase is first; each turn's preparation feeds the next turn's action, and each turn's evaluation
|
phase is first; each turn's preparation feeds the next turn's action, and each turn's evaluation
|
||||||
reads the action that preceded it.
|
reads the action that preceded it.
|
||||||
|
|
||||||
|
**The ring is necessary; its co-location in one component is not.** What the logic guarantees is
|
||||||
|
that the ring *closes* — that every action is evaluated and every action is prepared for — not that
|
||||||
|
any single component runs all three phases itself. A component necessarily has ACTION: the local
|
||||||
|
act it performs is what makes it a component at all. But the EVALUATION and PREPARATION of that act
|
||||||
|
may live in *other* components. Take the calcium channel as a component: its ACTION is letting Ca²⁺
|
||||||
|
in — that is its whole local act. It does not evaluate whether the influx mattered (the presynapse
|
||||||
|
does, reading the resulting trace) nor prepare its own next opening (its coupling readiness is set
|
||||||
|
by presynaptic short-term potentiation, and above that by neuronal provisioning). The channel is
|
||||||
|
almost pure action; its evaluation and preparation sit in the components around and above it. Yet
|
||||||
|
the ring is intact — the influx is acted, evaluated, and prepared for — merely spread across three
|
||||||
|
components rather than turned within one. So the ring is a property of *coupled components*, not of
|
||||||
|
the individual: a component contributes its action, its neighbors and superiors contribute the
|
||||||
|
evaluation and preparation that action requires, and together they close a ring none of them runs
|
||||||
|
alone. This is the same frame as category I — there is no ring-bearing "self," only local
|
||||||
|
components whose coupled actions we describe as one closing ring.
|
||||||
|
|
||||||
**The phases are event-delimited and decay-timed, never clocked.** A phase has no fixed duration.
|
**The phases are event-delimited and decay-timed, never clocked.** A phase has no fixed duration.
|
||||||
The action is the boundary where preparation ends and behaving begins; the fast trace's decay below
|
The action is the boundary where preparation ends and behaving begins; the fast trace's decay below
|
||||||
threshold is roughly where evaluation ends and preparation resumes. The quiet interval between
|
threshold is roughly where evaluation ends and preparation resumes. The quiet interval between
|
||||||
|
|||||||
Reference in New Issue
Block a user