Branching Minds
ActiveResearch focus
We study how AI systems form, maintain, and revise interpretations over time, especially in ambiguous or multi-agent settings. Our work focuses on misunderstanding, overconfidence, premature convergence, perspective shifts, and the mechanisms that help models remain open to corrective evidence.
More broadly, we are interested in the dynamics of meaning: how competing interpretations emerge, how prior reasoning trajectories shape future beliefs, and how AI systems can detect when they may be confidently wrong and recover more effectively. The goal is to develop AI systems that are more epistemically flexible, corrigible, and robust under uncertainty.
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Papers on Damaqu (3)
- When Outputs Disperse, Does Epistemic Revision Follow? A Black-Box Coupling Diagnostic for Machine Collectivesarxiv· 4 Aug 2026
- MAPS: Modeling Co-Existing Subjective Perspectives and Shared Meaning in Multi-Agent Cognitive Dialoguearxiv· 7 May 2026
- Empathy as Predictive Misalignment Tolerance: A Co-Regulation Framework and the Regime Structure of Dialogue Repairarxiv· 5 May 2026