Jul 2026· Chinese Political Science Review· 0 citations· 17 references
Abstract
Gailmard (2026) and Dowding and Miller (2026) draw attention to a methodological gap that political science has yet to adequately address: causal identification, on its own, does not constitute causal explanation. Both contributions help clarify the gap. We extend their analyses in three ways. First, we identify three places where Gailmard’s framework relies on conceptual commitments that operate implicitly within his formal apparatus. The coherence equivalence used in his proofs is stronger than the three coherence properties he states; the bundle reading of theoretical models gives Proposition 5 its content but imposes a tolerance condition that the framework does not address; and Proposition 6 on generalization supplies a necessary-and-sufficient condition for generalization without specifying when that condition obtains. Second, we extend Dowding and Miller’s explanatory pluralism by locating constitutive explanation and explanation by constraint within a structured inferential framework, and we argue that equilibrium explanation comes in distinct varieties — equifinality and comparative statics — that play different roles in political science formal theory. Third, we introduce a nested modeling framework that separates three levels — data, conceptual model, and theory — clarifying how identification, non-causal explanation, and theoretical inference jointly support causal knowledge.
Scientific explanation is often assumed to require identifying the causal processes responsible for a phenomenon. However, many scientific explanations succeed by identifying other forms of dependence, e.g., statistical, structural, mathematical or generative that distinguish why a phenomenon occurs rather than relevan...
Predictive Processing (PP) is commonly described as a mechanism sketch—an incomplete, primarily mechanistic representation of cognitive processes. While this characterization rightly emphasizes PP’s structural and causal explanatory aspects, I argue that it tends to overlook important functional and normative dimension...
Probabilistic Causal Impact (PCI) builds on actual causality and on Pearl's notions of probability of necessity and sufficiency, but recasts the question of explainability as an estimation problem on a probabilistic causal model that is easily approximated via Monte Carlo.
R. Urbaniak, Sam Witty, Daniel Waxman et al.· 1 citation
Real-time triadic mediation is developed: an institutional model in which an AI system supplies simultaneous, source-grounded framework analysis to both parties in an emerging dispute, before positions harden.
When a language model explains an answer it has already given, does it reuse the computation that produced the answer or reconstruct a story from the answer alone? Attribution, transportability and recoverability are each compatible with causal use without establishing it. We propose an evidence standard: pair each pos...
Arshia Eftekhari Zadeh· 0 citations
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