ATLAS OF LANGUAGE

AT-CORE-243-009 · ATLAS 260

Conceptual integration

A cognitive process in which elements from different mental spaces are selectively combined into a new structure of meaning.

Part of the subject path Semantics and Signs

Why is this entry in the Atlas?

A · Analytical concept R1 · Distinct contribution to understanding

Conceptual integration contributes a model for meaning emerging from selected relations across mental spaces. Explicit inputs and projections are required to distinguish a warranted blending analysis from labelling any association after the fact.

Colours and admission grounds

The rectangular label identifies the entry function: F – linguistic figure or procedure; A – analytical concept; G – foundational concept; E – selected concrete case. The rounded badge indicates the admission ground: R1 – distinctive contribution; R2 – necessary foundation; R3 – justified illustrative case. This editorial rationale explains the current selection rather than claiming an undocumented original selection history.

Explanation

Conceptual integration is a cognitive process in which selected elements and relations from several mental spaces are connected within a new blended space. The resulting structure is not merely the sum of its inputs: correspondences are projected, other material is omitted, and completion or elaboration produces novel inferences. The model can explain metaphor, counterfactual scenarios, wordplay, and complex narrative constructions, but should not label every retrospective association a blend. A robust analysis specifies input spaces, their generic common structure, projection choices, and emergent organisation. Its conceptual movement shows how separate orders neither simply replace nor merge wholesale into one another but generate new possibilities within a third arrangement.

Movement of thought

1. At least two mental spaces supply different roles, relations, or event structures for a current interpretation. 2. Correspondences connect selected elements across the spaces without transferring their entire organisation. 3. A blended space receives partial structures and compresses temporal, causal, or identity relations. 4. Background knowledge completes the blend, and elaboration develops inferences fully present in neither input. 5. A counter-test traces projections back and examines which omissions and tensions enable the new meaning.

Scientific use case

Cognitive linguistics and discourse analysis reconstruct mental-space networks in metaphors, political scenarios, and multimodal artefacts. Comparative analysis tests whether claimed emergent inferences actually arise from documented projections.

Example

An exhibition presents a city as a breathing body: roads become arteries and traffic becomes a pulse. The blend generates the new question of where the city develops ‘shortness of breath.’

Counterexample

Two topics are mentioned successively without cross-space correspondences or emergent structure. Their mere proximity does not constitute conceptual integration.

Distinction

Within the theory, conceptual integration substantially overlaps with conceptual blending, but differs from association in general, metaphor, and frame. A metaphor may be explained through integration; a frame structures knowledge without necessarily forming a multiple-space network. The canonical evidence still flags an independent primary article as pending.

Effect on thought and perception

Conceptual integration compresses heterogeneous knowledge and enables rapid novel inference. The same selectivity can suppress mismatching features and make a suggestive model seem self-evident.

Resonance

Two orders touch without dissolving into one another. A third form arises between them and makes both original spaces appear differently in return.

Etymology

Technical core term; individual etymological review pending

Provenance

ATLAS 241 residual-case triage → profile candidate 241-B → source and neighbourhood cross-check → ATLAS 243

Cite this entry

Reich, Michael (Hrsg./ed.): „Conceptual integration“. Atlas der Sprache, AT-CORE-243-009. ATLAS 260, data model 1.6.0. https://atlasoflanguage.com/concept/AT-CORE-243-009

https://atlasoflanguage.com/concept/AT-CORE-243-009

The address remains stable; editorial content may evolve. Editorial reading state: 2026-10-15. Include your access date for precise references.

Historical background

In Fauconnier and Turner’s 2003 presentation, conceptual integration is another name for the blending approach. Selectively connected mental spaces support an emergent structure while retaining links to their inputs. The blend can be developed and can inform how those inputs are subsequently understood. This terminological relationship is important for historical interpretation: a separate headword does not establish a separate intellectual lineage. The article reports earlier stages of the approach, but those reports are not treated as independent verification of every earlier publication. The German label is used for the same model without asserting when it first entered German scholarly usage.

How conceptual history changes the analysis

This entry foregrounds the architecture: inputs, shared structure, selective projections, and emergent inferences. The blending entry foregrounds performing the operation in an example. Different explanatory emphases can be useful without implying separate theories.

Additional example

Original example: Calling a city a keeper of memories connects human remembering with archives, street names, and public commemorations. The integration invites questions about what a community retains and overlooks. Countercheck: it does not turn a city into a biological brain, and not every feature of personal memory transfers.

References for the historical section

Historical source evidence and Atlas applications remain separate; this import does not assert new first attestations or a fresh exhaustive source verification.