Structure-Mapping: A Theoretical Framework for Analogy¶
GENTNER, D. (1983). Structure-Mapping: A Theoretical Framework for Analogy: A Theoretical Framework for Analogy. Cognitive Science, 7(2), 155-170.
Cited by¶
13 citations across 13 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Analogy
- The abstraction has six core structural specifications: (1) there are two distinct domains with their own elements, relations, and causal structure; (2) the relational alignment operates not by surface similarity but by the roles elements play in the underlying structure (the Sun maps to the atomic nucleus because both occupy the "center with smaller bodies orbiting" role, not because they are spatially or materially similar); (3) the systematic mapping preserves higher-order relations—causal, functional, dependency—so that valid inferences in the source become conjectures in the target (if gravitational attraction holds bodies in orbit, then perhaps an analogous attractive force holds electrons in orbit); (4) the systematicity principle (Gentner 1983) states that analogies with richer, deeper, and more interconnected relational structures are stronger and more cognitively useful than those based on isolated feature matches; (5) the candidate inference emerges from the projection: given the mapping, what can we infer about the target that we could not infer from the target alone; (6) the analogy is evaluable—not all mappings are equally good, and analogies succeed or fail based on the depth and systematicity of the relational correspondence.
Supported in partVerified against the publisher's abstract
Gentner's abstract states relational (not attribute) mapping and the systematicity principle, backing the role-based and higher-order clauses but not the inference or evaluability clauses.
“Two mapping principles are described: (a) Relations between objects, rather than attributes of objects, are mapped from base to target; and (b) The particular relations mapped are determined by systematicity, as defined by the existence of higher-order relations.”
- The abstraction has six core structural specifications: (1) there are two distinct domains with their own elements, relations, and causal structure; (2) the relational alignment operates not by surface similarity but by the roles elements play in the underlying structure (the Sun maps to the atomic nucleus because both occupy the "center with smaller bodies orbiting" role, not because they are spatially or materially similar); (3) the systematic mapping preserves higher-order relations—causal, functional, dependency—so that valid inferences in the source become conjectures in the target (if gravitational attraction holds bodies in orbit, then perhaps an analogous attractive force holds electrons in orbit); (4) the systematicity principle (Gentner 1983) states that analogies with richer, deeper, and more interconnected relational structures are stronger and more cognitively useful than those based on isolated feature matches; (5) the candidate inference emerges from the projection: given the mapping, what can we infer about the target that we could not infer from the target alone; (6) the analogy is evaluable—not all mappings are equally good, and analogies succeed or fail based on the depth and systematicity of the relational correspondence.
- Comparison
- The pattern separates an unstructured set of items from a structured relational claim about those items, and names the work required to get from one to the other; Gentner's (1983) structure-mapping theory formalizes the same separation in the analogy case, distinguishing the surface-level comparands from the higher-order relational structure that the alignment rule must preserve.
Borderline supportVerified against the publisher's abstract
Gentner sets out two mapping principles: "Relations between objects, rather than attributes of objects, are mapped from base to target", and the particular relations mapped "are determined by systematicity, as defined by the existence of higher-order relations". That is the separation the sentence points to, with attributes of the compared objects on one side and the higher-order relational structure the mapping preserves on the other. The term comparands and the article's Structural-Signature framing are its own; Gentner states the principles without reference to either.
“Two mapping principles are described: (a) Relations between objects, rather than attributes of objects, are mapped from base to target; and (b) The particular relations mapped are determined by systematicity, as defined by the existence of higher-order relations.”
Two runs of the same check disagreed on this citation; the later verdict is shown and the citation is queued for review.
- The pattern separates an unstructured set of items from a structured relational claim about those items, and names the work required to get from one to the other; Gentner's (1983) structure-mapping theory formalizes the same separation in the analogy case, distinguishing the surface-level comparands from the higher-order relational structure that the alignment rule must preserve.
- Metaphor
- Transfer of Learning
- Transfer-appropriate processing — the fit between how knowledge is encoded at training and how it must be deployed at test — moderates whether acquired structures activate in the target domain.
Supported in partVerified against the publisher's abstract
Gentner's abstract grounds structural-mapping transfer - relations rather than attributes are mapped, and the rules are content-independent - but says nothing about transfer-appropriate processing.
“the rules depend only on syntactic properties of the knowledge representation, and not on the specific content of the domains”
- Transfer-appropriate processing — the fit between how knowledge is encoded at training and how it must be deployed at test — moderates whether acquired structures activate in the target domain.
- Translation and Conceptual Bridging
- Analogy is asymmetric, as Gentner (1983) formalizes in her structure-mapping theory: the source domain is used to illuminate the target, but the source itself is not transformed.
Supported in partVerified against the publisher's abstract
Gentner's abstract supports structure-mapping as a directional base-to-target mapping, but it does not state that the source domain is left untransformed.
“In the structure-mapping theory, the interpretation rules are characterized as implicit rules for mapping knowledge about a base domain into a target domain.”
- Analogy is asymmetric, as Gentner (1983) formalizes in her structure-mapping theory: the source domain is used to illuminate the target, but the source itself is not transformed.
Mechanisms¶
- Analogical Path Transfer
- Structure-mapping theory names the corrective precisely: sound analogies align relational structure
This sourceDefines analogy by mapping relational structure rather than surface attributes.
- Structure-mapping theory names the corrective precisely: sound analogies align relational structure
- Analogy Mapping Canvas
- The discipline that guards against both is Gentner's rule of thumb — a good analogy transfers a system of relations, not a bag of matched attributes
This sourceDefines analogy as mapping a systematic set of relations from a base to a target rather than transferring a list of object attributes.
- The discipline that guards against both is Gentner's rule of thumb — a good analogy transfers a system of relations, not a bag of matched attributes
- Analogy Mapping Table
- It operationalizes the distinction between surface and structural similarity at the heart of structure-mapping theory: apt analogies transfer relations, weak ones merely share attributes.
This sourceStructure-mapping theory treats relational correspondences as the basis of strong analogy and surface attributes as comparatively weak matches.
- It operationalizes the distinction between surface and structural similarity at the heart of structure-mapping theory: apt analogies transfer relations, weak ones merely share attributes.
- Case Similarity Rubric
- By pricing decisive differences as blocking flags, it directly resists surface-match overreach
This sourceExplains that analogical mapping should prioritize relational structure over shared object attributes, distinguishing analogy from surface similarity.
- By pricing decisive differences as blocking flags, it directly resists surface-match overreach
- Form–Function Decomposition
- Test deep versus shallow correspondence. Detailed, structured, many-part correspondence signals a real functional match; a single salient shared feature signals a surface coincidence.
This sourceDistinguishes analogy grounded in systematic relational structure from matches based on isolated object attributes.
- Test deep versus shallow correspondence. Detailed, structured, many-part correspondence signals a real functional match; a single salient shared feature signals a surface coincidence.
- Functorial Transfer Probe
- When it succeeds, it licenses reusing hard-won structure across domains; when it fails, the failure is specific and instructive.
This sourceModels analogy as mapping structured knowledge from a base domain into a target domain.
- When it succeeds, it licenses reusing hard-won structure across domains; when it fails, the failure is specific and instructive.
- Relational Case Normalization
- Its strength is that it makes comparison possible without being dishonest: by aligning function before name and keeping the crosswalk reversible, it lets analysts see through vocabulary when structure recurs and resist vocabulary when it does not.
This sourcePrioritizes mapping relational systems across domains over matching object attributes or domain-specific content.
- Its strength is that it makes comparison possible without being dishonest: by aligning function before name and keeping the crosswalk reversible, it lets analysts see through vocabulary when structure recurs and resist vocabulary when it does not.
- Source–Target Structure and Correspondence Matrix
- It also drifts easily into surface-attribute matching (water is wet, electrons are…) instead of the relational matching where analogies actually hold; structure-mapping theory is explicit that it is systems of relations, not shared attributes, that make an analogy sound.
This sourceDefines analogy through systematic mappings of relations between a base and target rather than through shared object attributes.
- It also drifts easily into surface-attribute matching (water is wet, electrons are…) instead of the relational matching where analogies actually hold; structure-mapping theory is explicit that it is systems of relations, not shared attributes, that make an analogy sound.
Verification¶
Does it exist? Confirmed. This work's DOI resolves to a registered record, which fixes its identity. That is all it fixes.
Does it back the claim? Read against the text for 4 of 13 citations: 3 supported in part, 1 borderline. Each verdict is shown under its citation below, with what in the work backs the sentence.
Was it audited? Yes. A second, independent pass read the citation against the article text and recorded a verdict.
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Links previously used in the corpus¶
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