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EXP-ROLE-FRAMING-ASYMMETRY

… pending

Role framing asymmetry — LLM-as-cell vs LLM-as-controller

2026-05-01 L6 level paper5 4 runs $0.02
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In plain language

This experiment investigates how an AI's assigned role affects its collective behavior. Researchers are comparing two scenarios: one where the AI acts as a single cell coordinating its own actions, and another where it acts as a controller directing multiple other AI cells. The results are still being analyzed to see if the role framing influences the structure of the AI group's interactions.

▶ Technical details

Research hypothesis

Paper5 shows LLM-as-cell (goal-pursuit + state coupling) produces 2x specialization vs uncoupled. Le et al. GECCO'25 uses LLM-as-controller (LLM generates interventions/directives for cells). Does role framing (cell vs controller) produce qualitatively different collective structure? Prediction: controller framing → hub-spoke directive pattern (one agent coordinates others). Cell framing → distributed specialization (our paper5 result). If CONTROLLER ≈ CELL on progress but different on structure → framing determines structural type, not progress. If CONTROLLER < CELL → goal- directed pursuit is necessary for specialization acceleration.

Experimental setup

Type: factorial

Condition Parameters
CELL_COUPLED coupling: true, coupling_mode: real, goals_mode: diverse, controller_mode: false, n_runs: 2
CONTROLLER_COUPLED coupling: true, coupling_mode: real, goals_mode: diverse, controller_mode: true, n_runs: 2

Factors: framing (cell, controller)

Parameters

n_agents
4
n_rounds
40
model
google/gemini-2.5-flash-lite
temperature
0.85
levin-bioelectric controller-framing role-framing le-et-al-discriminating-test paper5-competitive