Papers for

content marketing teams

Papers whose findings have a practical use for this group, as judged from the abstract. Open a paper to read what it means in practice.

Metacognitive scaffolds improve AI-assisted writing quality and recall

Metacognitive Scaffolds Create Productive Friction for AI-Assisted Knowledge Work

Abstract: Generative AI imposes new metacognitive demands on knowledge workers as their work shifts from production to planning, evaluation, and orchestration. In a randomized, between-subjects experiment on AI-assisted writing (297 workers, 594 essays), we test dynamically-generated metacognitive scaffolds supporting goal specification and task decomposition. We find that scaffolds improve writing quality, with this boost persisting in short-lag transfer when scaffolds are removed. We also find evidence of improved topic recall three days later. These effects are consistent with observed changes in how people learn to prompt AI systems after exposure to scaffolding. However, scaffolded participants rate the AI as less helpful and more cognitively demanding even as they perform better, suggesting that subjective ease can understate the value of support. Our findings make the case for metacognitive scaffolds in AI-assisted knowledge work, revealing a productive friction worth designing for as workers increasingly delegate work to agentic AI.

Thu 22 OctHuman-Computer InteractionArtificial Intelligence
The gist
When people use AI to help with writing, they need to figure out how to ask the AI for help effectively. The authors show that giving writers special guidance to plan and break down their writing tasks helps them write better and remember more later. Interestingly, even though the writers found the help harder to work with, their results were better. This suggests that some challenge in using AI support can actually lead to better learning and work.
Open → 2610.30945v1

Humans lead storytelling while AI models mainly expand narratives

Humans Introduce, Models Elaborate: Asymmetric Narrative Agency in Human-LLM Co-Writing

Abstract: Human-LLM co-writing is increasingly used for open-ended text generation, but much prior work focuses on final outputs rather than the interactional dynamics through which stories are produced. We study turn-based collaborative storytelling across three matched conditions: Human-Human (HH), Human-LLM (HA), and LLM-LLM (AA). Using a shared storytelling paradigm, we measure how agents align, introduce novel material, and influence narrative development through turn-level measures of valence adaptation, semantic novelty, transience, and resonance. Our results show that HA co-writing is not intermediate between HH and AA collaboration. Instead, it displays a distinctive asymmetry where humans tend to introduce more novel and persistent narrative material, while LLMs tend to elaborate and stabilize the existing context. These findings suggest that, in this setting, LLMs function less as human co-authors and more as adaptive narrative amplifiers that reshape how agency is distributed in collaborative writing.

Mon 7 SeptHuman-Computer Interaction
The gist
When people and AI language models write stories together, humans tend to create new ideas and story elements. Meanwhile, AI models usually add details and make the story flow better based on what the humans have introduced. This means the AI doesn't simply co-author like a human but acts more like a helper that shapes and expands the human's original story ideas. The study compared human-only, AI-only, and mixed teams to discover this pattern.
Open → 2609.07920v1