Actual Causality
Actual causality aims to identify the specific events that truly caused a particular outcome, going beyond simple correlations. Current research focuses on developing algorithms and models, such as those based on transformer networks, answer set programming, and structural causal models, to accurately infer actual causes from observational or interventional data, even in complex, high-dimensional systems. This work is crucial for improving the reliability and explainability of AI systems, enhancing the robustness of cyber-physical systems, and providing a more nuanced understanding of causality in various scientific domains, including physics and legal contexts. The ability to precisely determine causality has significant implications for fields ranging from machine learning and AI safety to scientific modeling and legal responsibility.