SciTeller is a modular framework for persona-adaptive scientific storytelling, transforming complete research papers into coherent narratives tailored to different audiences. By separating content planning (Splitter) from narrative realization (Storyteller), the system enables fine-grained personalization, making it particularly suitable for educational settings where explanations must adapt to different levels of expertise and learning goals. A curated dataset of 62 scientific papers paired with 190 human-written stories, enriched with persona annotations and section-level alignments, provides supervision for both outline planning and segment-level narrative generation, also reducing computational costs compared to document-level approaches. Quantitative evaluation shows that this two-stage design significantly outperforms strong single-stage baselines, yielding higher semantic alignment and improved discourse stability. This work demonstrates that separating content planning from narrative realization is a decisive design choice for faithful, controllable, and audience-adapted storytelling.
SciTeller: An LLM-Based Framework for Persona-Adaptive Scientific Storytelling / Argese, A., Sillano, A., Lisena, P., Troncy, R., Calò, T., De Russis, L.. - ELETTRONICO. - 4206:(2026), pp. 169-188. (LLM4Good: The 2nd Workshop on Sustainable and Trustworthy Large Language Models for Personalization Gothenburg, Sweden 8-11 June 2026).
SciTeller: An LLM-Based Framework for Persona-Adaptive Scientific Storytelling
Argese,Alex;Sillano, Andrea;Lisena,Pasquale;Calò,Tommaso;De Russis,Luigi
2026
Abstract
SciTeller is a modular framework for persona-adaptive scientific storytelling, transforming complete research papers into coherent narratives tailored to different audiences. By separating content planning (Splitter) from narrative realization (Storyteller), the system enables fine-grained personalization, making it particularly suitable for educational settings where explanations must adapt to different levels of expertise and learning goals. A curated dataset of 62 scientific papers paired with 190 human-written stories, enriched with persona annotations and section-level alignments, provides supervision for both outline planning and segment-level narrative generation, also reducing computational costs compared to document-level approaches. Quantitative evaluation shows that this two-stage design significantly outperforms strong single-stage baselines, yielding higher semantic alignment and improved discourse stability. This work demonstrates that separating content planning from narrative realization is a decisive design choice for faithful, controllable, and audience-adapted storytelling.Pubblicazioni consigliate
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https://hdl.handle.net/11583/3011588
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