
Jon Barron, a prominent research scientist at Google, has suggested a radical overhaul of the academic paper submission and review process, proposing a shift from written papers to live presentations. This proposal comes in response to the perceived inability of the current system to withstand the growing influence of large language models (LLMs).
Barron articulated his vision on social media, stating, > "The current paper submission and review process seems unlikely to survive LLMs. One alternative would be to build a new process around talks: 'submission' is making and giving a 30 minute live talk, and 'review' is three experts watching, evaluating, and asking questions." His suggestion highlights a growing concern within academia regarding the integrity and effectiveness of traditional peer review in an era dominated by advanced AI.
The academic community is actively grappling with the integration of LLMs into scholarly publishing. While LLMs offer potential benefits such as speeding up initial screenings, assisting with reviewer matching, and improving linguistic quality, they also pose significant challenges. Studies indicate mixed results regarding LLMs' ability to critically assess scientific validity beyond language, with concerns raised about biases, data privacy, and confidentiality of unpublished research.
Barron's alternative aims to circumvent the issues LLMs introduce to written submissions by focusing on direct, interactive engagement. In this model, researchers would present their work orally, and a panel of experts would conduct real-time evaluations and questioning. This approach could emphasize the nuanced understanding and direct defense of research that LLMs currently struggle to replicate.
The broader discussion around LLMs in peer review reveals a complex landscape where some journals permit limited AI use with disclosure, while others ban it entirely. The rapid evolution of LLM technology further complicates efforts to establish definitive guidelines. Barron's proposal underscores the urgent need for innovative solutions to maintain the rigor and integrity of academic discourse as AI technologies continue to advance.