Large Language Models as Innovators: A Framework to Leverage Latent Space Exploration for Novelty Discovery
This addresses the problem of limited creativity in AI for innovators and researchers, though it appears incremental as an early-stage prototype building on existing latent space exploration concepts.
The paper tackles the challenge of enabling large language models to generate novel and relevant ideas by proposing a model-agnostic latent-space ideation framework, with preliminary results indicating its potential as a general-purpose co-ideator for human-AI collaboration.
Innovative idea generation remains a core challenge in AI, as large language models (LLMs) often struggle to produce outputs that are both novel and relevant. Despite their fluency, LLMs tend to replicate patterns seen during training, limiting their ability to diverge creatively without extensive prompt engineering. Prior work has addressed this through domain-specific heuristics and structured prompting pipelines, but such solutions are brittle and difficult to generalize. In this paper, we propose a model-agnostic latent-space ideation framework that enables controlled, scalable creativity by navigating the continuous embedding space of ideas. Unlike prior methods, our framework requires no handcrafted rules and adapts easily to different domains, input formats, and creative tasks. This paper introduces an early-stage prototype of our method, outlining the conceptual framework and preliminary results highlighting its potential as a general-purpose co-ideator for human-AI collaboration.