On Nov. 6, 2026, researchers announced a cooperative training approach intended to let groups of language models learn how to communicate and coordinate without assigned roles. In a post describing the team's work, natashajaques reports that cooperative multi-agent reinforcement-learning post-training outperformed single-agent best-of-N sampling.
The approach uses asynchronous multi-agent training with “no prescribed roles,” natashajaques writes. The researcher reports that agents learned communication and coordination protocols that improved token efficiency and success rates over compute-balanced baselines. The post also reports that the learned protocols generalized to swarms up to three times larger, but does not give the training or evaluation group sizes.
In another announcement of the work, maxhkw describes a small group of language models learning to share information available to different members and decentralize exploration. The researcher characterizes the result as “emergent and adaptive social organization,” without providing behavioral examples in the post.
Both authors describe the research as their own work, so these are accounts from the same team, not independent confirmations. Their posts do not identify the models, benchmarks, absolute scores or evaluation conditions. The authors report efficiency and task-success gains, but their posts do not provide the experimental detail needed to assess how broadly those gains apply.