Social Simulation with LLMs - Fidelity in Applications (CFP @ COLM'26) [R]
Summary
The 2nd Workshop on Social Simulation with LLMs (Social Sim'26) at COLM'26 is inviting submissions with a deadline of June 23, 2026 (AoE). This year's theme, "Fidelity in Applications," emphasizes moving beyond mere demonstrations to focus on rigorous evaluation, robustness, interpretability, and empirical grounding for LLM-based simulated societies. Key topics for submission include simulation evaluation and fidelity, validation against real-world social data, LLM-based agent and persona modeling, cultural evolution, and information diffusion in simulated populations. The workshop also welcomes research on human–AI hybrid simulations, simulation interpretability, and applications in governance, platform design, and societal risk analysis, alongside ethical and policy implications. Perspectives from machine learning, social science, psychology, and policy are encouraged.
Key takeaway
For researchers and practitioners building or evaluating LLM-driven simulated societies, prioritize submissions to Social Sim'26 by June 23, 2026. Your work should emphasize "Fidelity in Applications," focusing on robust evaluation, interpretability, and empirical validation against real-world social data. Consider contributing research on ethical implications, governance applications, or advanced agent modeling to advance the field beyond initial demonstrations.
Key insights
LLM-based social simulations require rigorous evaluation and empirical grounding beyond initial demonstrations.
Principles
- Focus on evaluation and robustness.
- Ground simulations in real-world data.
- Consider ethical and policy impacts.
In practice
- Model LLM agents and personas.
- Analyze information diffusion.
- Design human–AI hybrid simulations.
Topics
- Social Simulation
- LLM Agents
- Simulation Fidelity
- Evaluation Metrics
- Persona Modeling
- AI Ethics
Best for: AI Scientist, Research Scientist, AI Ethicist
Related on AIssential
Editorial summary, takeaway, and curation by AIssential. Original article published by Machine Learning.