Structural Causal Models
Also known as SCM
Overview
Structural causal models represent how variables are generated by mechanisms, often organized in a graph, so they can answer questions about interventions and counterfactuals rather than correlations alone. Researchers learn these models from observational and experimental data using constraint- and score-based graph discovery, linear and non-Gaussian structural equation models, nonlinear neural or symbolic mechanisms, and invariance across environments; latent confounding, feedback, and time-varying systems extend the basic acyclic setting. The models support treatment-effect estimation, scientific mechanism analysis, fairness and recourse, anomaly diagnosis, and causal world models, with evaluation increasingly using synthetic benchmarks and intervention-based tests. A central challenge is that observational data often leave multiple structures or counterfactuals compatible with the evidence, so progress depends on explicit assumptions, informative interventions, and reliable uncertainty and benchmark evaluation.
Latest papers
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