Duke and Princeton paper finds small parallel agent teams beat solo agents at equal compute
Overview
Duke and Princeton researchers report that, with a budget of 100 agents, 10 parallel teams of 10 agents, keeping the best result, outperformed both 100 solo agents and one 100-agent team.
The paper says a verifier can score each attempt, and that a single large team improves at first but stops gaining as it grows.
The authors describe small teams that share notes as a way to keep many attempts while raising the average quality of each. The report, posted on X by Rohan Paul, summarizes the paper and does not include benchmark names or figures.
Written by AI from the articles below · updated Nov 10, 3:19 PM ET
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Rohan Paul@rohanpaul_aiXDuke and Princeton paper finds parallel small agent teams beat solo agents at equal computeAIDuke and Princeton researchers report that, with the same budget of 100 agents, running 10 parallel teams of 10 agents and keeping the best result beat both 100 solo agents and one 100-agent team. The paper says a verifier can score each attempt, and that single large teams improve at first but stop gaining as they grow. The authors describe small teams that share notes as the way to keep many attempts while raising the average quality of each.

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