腾讯混元推出Hyra-1.0,一个能递归自我改进的研究智能体,在NanoChat等三项任务上均超越Recursive公开结果。
Hyra在55个数学开放问题中刷新29个历史最好结果,并设计出仅含15个可训练参数即可完成10位数加法的Transformer。
所有产物已在GitHub开源。
Tencent Hunyuan has launched Hyra-1.0, a research agent capable of recursively self-improving, surpassing the publicly released Recursive results in three...
Tencent Hunyuan has launched Hyra-1.0, a research agent capable of recursively self-improving,
surpassing the publicly released Recursive results in three tasks including NanoChat. Hyra has set 29 new historical best results among 55 open mathematical problems and has designed a Transformer that can perform 10-digit addition with only 15 trainable parameters. All products have been open-sourced on GitHub.
腾讯混元推出Hyra-1.0,一个能递归自我改进的研究智能体,在NanoChat等三项任务上均超越Recursive公开结果。
Hyra在55个数学开放问题中刷新29个历史最好结果,并设计出仅含15个可训练参数即可完成10位数加法的Transformer。
所有产物已在GitHub开源。
腾讯混元发布研究智能体Hyra-1.0。公开材料称,其在NanoChat等三项任务上超过Recursive公开结果,并在55个数学开放问题中刷新29项历史最好结果,相关产物已在GitHub开源。
本次信息来自腾讯混元公众号,材料将Hyra-1.0描述为可递归自我改进的研究智能体,并以任务结果、数学开放问题表现及特定Transformer设计作为主要成果依据。
Aioga判断,Hyra-1.0的关注点在于将递归自我改进与可核验的研究产物结合。不过,现有材料未披露具体评测流程、比较条件及复现结果,暂不宜据此推导更广泛能力。
Aioga判断,开源产物可能为外部复核三项任务表现、29项历史最好结果及15参数Transformer提供条件。其实际研究价值仍取决于代码、数据、评测设置能否被独立复现。 值得关注GitHub开源产物中的实验配置、基线定义、结果记录与复现说明,并核对“超过Recursive公开结果”及数学问题成绩的评测口径;在独立验证前,应将相关结论限定于公开材料所述范围。
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Source: 公众号:腾讯混元
Original link: Open original source
Aioga archive: Open intelligence page
Content record: summary-fallback · Updated: 2026-07-21T03:33:08.000Z

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