AI生成的数学解决方案近来在博客和社交媒体平台上广泛发布，引发传统数学家的担忧[1]。这些学者主张新发现应当在经过人工同行评审的期刊上正式发表，而不是直接面向公众[1]。
针对这一争议，有观点指出同行评审制度本身存在根本性局限[1]。数学家Doron Zeilberger指出，数学领域被划分为约100个互斥的专业方向，其中存在明显的等级制度和精英主义问题[1]。同行评审模式不过是20世纪后半叶才出现的近代发明[1]，该文章主张建立开放式验证机制来补充或取代这一传统模式[1]。
The publication of AI-generated mathematical solutions on blogs and social media platforms has prompted concern from traditional mathematicians who contend that such work should appear in peer-reviewed journals [1]. This controversy has reignited discussion about the validity and structure of contemporary academic validation mechanisms.
Critics of the current system argue that peer review, despite its relatively organized structure, remains fundamentally closed and elitist in nature [1]. The article notes that peer review itself is a relatively recent invention, emerging only in the latter half of the twentieth century [1]. According to mathematician Doron Zeilberger, mathematics is fragmented into approximately one hundred mutually exclusive fields characterized by hierarchical structures and gatekeeping practices [1]. Rather than reinforcing these constraints, the author advocates for open validation mechanisms to either replace or supplement traditional peer review [1].
The underlying tension reflects broader questions about how mathematical innovation should be vetted and disseminated. Proponents suggest that talented engineers might advance mathematical knowledge by developing new approaches to overcome technical barriers [1], potentially outside conventional academic channels.