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EXP-DEACON-COUPLED

pending

Deacon coupled morphodynamic groups — teleodynamic coupling test

2026-04-17 L5 level paper3 10 runs $0.14
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In plain language

This experiment tested whether two groups of simulated agents, when able to share information about their recent actions, would develop more complex behaviors than agents acting alone. Researchers are looking to see if this information sharing leads to a measurable change in how organized their collective actions become over time. The results are still being analyzed.

Technical details

Research hypothesis

Two self-organizing groups under mutual informational constraint produce teleodynamic signatures (F0 decreasing over time = self- organizing under constraint) that a single isolated group cannot produce. COUPLED condition gives each agent last-3-turns context from the other group. ISOLATED is the bandwidth-matched control. Alt H0: informational coupling at this level has no measurable effect on structural differentiation; F0 trajectories match. Ladder position 1/5: simulated coupling (engine enforces summary injection; agents do not "feel" real resource depletion). Cheapest substrate test. Null here motivates escalation to compute-gift (2/5).

Experimental setup

Type: simple

Condition Parameters
COUPLED persona: IDENTICAL, coupling: COUPLED, n_runs: 5
ISOLATED persona: IDENTICAL, coupling: ISOLATED, n_runs: 5

Factors: coupling (COUPLED, ISOLATED)

Parameters

n_agents
6
n_rounds
80
n_runs_per_condition
5
model
google/gemini-2.5-flash-lite
temperature
0.7
scheduler
round_robin
deacon teleodynamics coupling substrate endogeneity-ladder-1of5