Deixis¶
Core Idea¶
Deixis is the property of certain linguistic expressions whose reference is fixed only by the context of utterance: (1) the reference depends on who is speaking (personal deixis: I, you, we), where (spatial deixis: here, there, this, that), when (temporal deixis: now, yesterday, tomorrow), what discourse (discourse deixis: this argument, the above), and what social role (social deixis: your Honor, Mr./Ms., T/V pronouns);[1] (2) without situating the utterance in the deictic context, the expression is genuinely ambiguous or empty — not under-specified but unreferenced;[2] (3) deictic expressions are typically drawn from a closed class (pronouns, demonstratives, adverbials of place and time) that speakers must learn as a system of coordinates; (4) the same deictic word points to different referents in different utterances, yet its semantic rule is invariant: I always points to the speaker.[3]
The foundational insight comes from Karl Bühler's Sprachtheorie (1934), which introduced the concept of the "origo" — the speaker-here-now as the fixed origin point from which all deictic expressions radiate.[4] Stephen Lyons's Semantics (1977) systematically mapped the deictic inventory of natural language, establishing deixis as central rather than peripheral to linguistic meaning.[5] Stephen Levinson's comprehensive treatment in Pragmatics (1983) and his later handbook chapter (2004) anchored deixis in the architecture of natural-language pragmatics.[6]
How would you explain it like I'm…
Pointing Words
Context Pointers
Context-Dependent Words
Structural Signature¶
The theoretical framework decomposes into six italicized role-phrases that identify the recurring functional pattern:
- The deictic expression — the closed-class form (pronoun, demonstrative, temporal adverbial) that points to context
- The deictic center anchor — the speaker-addressee-time-place-discourse tuple that serves as origin
- The contextual resolution — the process by which the expression acquires a referent in context
- The person-place-time category — the primary deictic dimensions (personal, spatial, temporal)
- The social-discourse extension — social deixis (honorifics, T/V pronouns) and discourse deixis (this, aforementioned)
- The proximal-distal opposition — the distance-marking contrast (this/that, here/there, now/then) encoded in deictic systems
A systematic dependence on a tuple of utterance parameters — (speaker, addressee, time, place, discourse position) — must be resolved before the expression acquires a referent. The dependence is rule-governed, not arbitrary: each deictic form has an invariant meaning (I = the utterer, here = the utterance location) that combines with the runtime context to yield the reference.[7] Deictic systems form small, highly structured inventories: most languages have a few pronoun distinctions, a two- or three-term demonstrative system (proximal/distal, sometimes medial), and a small set of temporal adverbials.
What It Is Not¶
- Not ambiguity generically — ambiguity involves multiple possible senses that context can in principle resolve; deixis is a systematic, closed-class dependency on specific utterance parameters.[8] The expression is not "ambiguous" within a fixed context; it is merely unresolved without that context.
- Not all reference — reference includes deixis but is broader; many referring expressions do not depend on utterance context (proper nouns, definite descriptions with fixed referents in a context). Deixis is a specific context-dependent mechanism of reference.
- Not pronouns alone — pronouns are often deictic, but many pronouns are anaphoric (picking up antecedents from discourse) and some deictic expressions are not pronouns (temporal adverbials like now, demonstratives like this).
- Not anaphora — anaphoric pronouns pick up reference from a linguistic antecedent in the same discourse (discourse-internal); deictic pronouns pick up reference from the extralinguistic utterance situation (discourse-external).[5] The same form (he, she) can serve both functions, but the mechanisms are distinct.
- Not all indexicality — Peircean indexicality is broader than deixis. An index causally depends on its object (smoke indexes fire); deixis is a conventional relational system. Not all indices are deictic; not all deictic expressions are indices in the Peircean sense.
- Not demonstratives alone — demonstratives (this, that) are central deictic expressions, but deixis includes personal pronouns, temporal adverbials, and discourse-linking expressions.[9]
- Not tense — tense encodes the temporal relation between utterance and event; deixis includes temporal reference (now, tomorrow) but tense is a distinct, abstract temporal category in the verb system.
Broad Use¶
Face-to-face speech (core domain): "Pass me that one." Meaning requires seeing the gesture, knowing who "me" is, and identifying "that."[10]
Written text and time-deferred communication: Letters, emails, chat messages — "I'll send this tomorrow" requires knowing when the message was composed, not when it is read. A postcard saying "See you here tomorrow" left on a beach is uninterpretable without the writer's identity and the location's identity.
Software systems: A UI message "You have 3 unread messages" requires the system to track which user is logged in (personal deixis); "Nearby restaurants" requires geolocation (spatial deixis); "Today's sales" requires system time (temporal deixis).[1]
Sensor networks and distributed systems: Every log line needs timestamp and source-ID to be interpretable; deixis in speech parallels mandatory metadata in logs.
Legal documents: "This Agreement," "hereinafter," "the Parties," "the effective date" — deictic expressions bound by the document's stated context. The failure to embed deictic anchors produces ambiguity: a contract quoted out of context loses its reference.
Scientific reports: "This experiment," "Figure 2 below," "the aforementioned condition" — discourse deixis binding to the report's own structure.
Version control and build systems: HEAD, current, latest, master/main — deictic references that point to whatever currently occupies those roles.
Voice assistants and dialogue systems: Modern AI systems must resolve deixis in real-time. "Set a timer here" or "remind me about that" requires the assistant to resolve spatial and discourse deixis from dialogue history and context.[8]
Clarity¶
Names the fact that some words are context-parameters, not content words, and that systems which lose context lose the meaning of deictic expressions completely. A template email that sends "See you tomorrow!" without knowing when it will be read is broken; a UI that reads "from here to there, 12 minutes" without location is broken; an "As of today..." clause in a quoted contract without the date is broken. Naming deixis forces designers to trace the dependency from deictic expression back to the context parameter it requires.
Manages Complexity¶
By cataloguing the deictic inventory of a language or system, designers can ensure that every deictic expression is either (a) resolved to a concrete reference at a known moment (time-stamped, speaker-identified, geo-tagged) or (b) explicitly left unresolved (placeholder, parameter, variable). This prevents the common failure of deictic forms escaping their intended context — the template email sent months later, the archived chat message quoted out of time, the support-doc snippet copied to a different product. The discipline is: wherever deixis appears, pin down the parameter.
Abstract Reasoning¶
Generalizes to any signaling system in which some elements are pure content and others are pointers to the enunciation context. The generalization covers: programming-language scope (a variable's meaning depends on where it is used), database transaction context (row-level-security based on current user), web-session context, protocol timing (TTLs that depend on now). The recurring structural lesson is: stateless-looking systems often harbor deictic dependencies; surfacing them makes the system auditable.
Knowledge Transfer¶
| Domain | Deictic form | Context parameter required | Failure mode if lost |
|---|---|---|---|
| Speech | I, you, here, now | Speaker, addressee, place, time | Utterance becomes unreferenced |
| Email/chat | I, today | Sender identity, send timestamp | Template re-use produces nonsense |
| UI | "You," "nearby," "today" | Logged-in user, geo, system time | Wrong personalization or stale info |
| Legal | "This Agreement," "hereinafter" | Document's identity and date | Misapplied terms across documents |
| Logs | "now," "this request" | Timestamp, request ID | Unreadable incidents |
| Version control | HEAD, main | Repo state at access time | Non-reproducible builds |
| Templates | "You have," "today" | Variable substitution at render | Broken or absurd outputs |
| Voice assistants | "set timer here," "remind me about that" | Spatial/discourse context, dialogue history | Misplaced reminders, lost referents |
Analysts scanning a system for hidden deixis identify every relative expression and ask: what context resolves this, is that context reliably captured, and what happens if this expression is later quoted outside the original context?
Examples¶
Formal/Abstract Example: Bühler and Fillmore's Origo¶
Karl Bühler's foundational insight was that deictic expressions all radiate from a fixed origin — the origo — which comprises the speaker, the here of utterance, and the now of utterance. Charles Fillmore's Santa Cruz Lectures on Deixis (1971/1997) canonicalized Bühler's notion. Fillmore's paradigm case is the postcard left on a beach reading "I'll meet you here at noon tomorrow." Without knowing who wrote it (who "I" is), whom it was addressed to ("you"), where it was left ("here"), when it was written ("now" for the writer; "tomorrow" from that now), the text is uninterpretable despite being fully grammatical. Three deictic expressions — I, you, here, tomorrow — all require context to resolve; the meaning of the utterance is the set of these resolutions.
Mapped back: The postcard example shows that deixis is not peripheral to meaning; it is central. The same words in different utterances (different writer, different location, different time) yield completely different propositions. Bühler's framework explains why: deictic expressions have invariant rules (always point to speaker/addressee/location/time) but context-dependent references (who the speaker is, where the location is, etc.). This principle extends to all the deictic categories: personal deixis (I, you, we), spatial deixis (here, there, this, that), temporal deixis (now, tomorrow, yesterday), social deixis (honorific forms, T/V pronoun systems), and discourse deixis (this argument, the aforementioned).
Applied/Industry Example: Voice-Assistant Deixis Resolution¶
Modern dialogue systems (Alexa, Siri, Google Assistant) must resolve deixis in real-time from conversational context. A user says: "Set a timer here for 15 minutes" or "Remind me about that meeting tomorrow." The system must:
- Parse the deictic expressions: Identify here, that, tomorrow as context-dependent forms requiring resolution.
- Locate the deictic center: Determine the speaker (current user), the current location (from geolocation), the current time (from system clock), and the discourse referents (that points to a previously-mentioned meeting in the dialogue history).
- Resolve spatially: Here resolves to the speaker's current location or the location of the device.
- Resolve discourse-internally: That meeting requires the system to search dialogue history and calendar context for referents matching "meeting" and marked as salient.
- Resolve temporally: Tomorrow resolves relative to the system's current time.
- Execute the referent: Set a timer at the identified location or place a reminder tied to the resolved meeting time.
The system fails if it treats here or that as unresolved pronouns or searches only the current utterance for referents. Modern dialogue systems solve this by augmenting the dialogue parser with spatial context (GPS), temporal context (system clock), and discourse context (dialogue history + calendar/note integration).
Mapped back: Voice-assistant deixis resolution operationalizes Bühler's origo and Fillmore's theory at industrial scale. The deictic center comprises: (speaker identity, user's location, current time, dialogue history). Every deictic expression is a query against this context. Systems that fail to maintain or access this context produce failures: reminders set at wrong times, "here" resolved incorrectly, "that" left dangling. The design lesson is: wherever a voice system uses deictic language, explicitly surface and maintain the context required to resolve it.
Structural Tensions¶
T1 — Deixis vs. anaphora boundary. Both deictic and anaphoric pronouns can use the same surface form (she, this), and both operate by binding expressions to referents. The boundary is functional: deixis binds to utterance context (speaker, location, time); anaphora binds to linguistic antecedents within discourse. Yet the boundary is not always sharp: a pronoun can be simultaneously anaphoric (referring to a previously-mentioned entity) and deictic (pointing to an entity whose role is marked by discourse position — "the above-mentioned"). Some frameworks (Levinson 2004) treat anaphora as a discourse-internal subspecies of deixis; others (Lyons 1977) keep them separate. The tension is whether deixis and anaphora are fundamentally distinct mechanisms or points on a continuum of context-dependence.
T2 — Cross-linguistic deictic-system variation. Deictic systems are not universal; languages vary dramatically in their inventories and categories. Japanese has a three-way demonstrative system (kore/sore/are = proximal/medial/distal); English has two-way (this/that). Quechua languages mark deictic elevation (whether the referent is upslope or downslope from the speaker), encoding topographic context that English ignores. Inuit languages encode deictic specification based on visibility and tangibility. T/V pronoun systems (tu/vous, du/Sie) encode social deixis in Romance and Germanic languages but are absent in Modern English. Sign languages employ highly iconic spatial deixis, using the signing space itself as a coordinate system. [11]Temporal deixis shows similar cross-linguistic variation: some languages obligatorily mark tense in the verb system, while others leave temporal reference primarily to deictic adverbials. The consequence: translation and localization cannot simply map deictic forms word-for-word; the entire deictic scaffolding must be rebuilt for each language.
T3 — Narrative fiction and deictic shift. In fiction, deictic expressions shift context: "I was walking down the street" in a novel point-of-view does not mean the narrator is speaking at utterance-time; the I is bound to a character at a past narrated time. Segal (1995) and others argue that readers perform a deictic shift — adopting the character's perspective as a temporary origo. The tension is whether this is a genuine shift in the deictic center (readers reconstruct the character's here-now as their temporary interpretive frame) or a metaphorical extension of deixis. Literary stylistics debates whether free indirect discourse involves deictic shift or merely perspective-taking. The implication: deictic theory must account for non-literal contexts (fiction, hypothetical, reported speech) where the origo is not the actual speaker-here-now.
T4 — Pragmatic vs. semantic deixis. Some deictic expressions are semantic — their meaning is context-dependent in principle (the semantic rule "I = the speaker" applies across all utterances). Others are pragmatic — their reference depends on conversational implicature and contextual reasoning. The expression "you" is semantic deixis (its meaning is "the addressee" in the utterance's context). But "I" in "We need to decide" (plural inclusive "we") may carry pragmatic implicature beyond its semantic rule. [12]The formal semantics of indexicals and demonstratives has been a longstanding concern in modal logic and philosophical semantics. The tension is whether to treat all deixis as semantic (fixed reference-rules applied to context) or whether some deixis requires pragmatic inference. Levinson and others argue that most deixis is semantic, but that deixis interacts with pragmatic principles (speech-act force, conversational implicature) to yield full interpretation.
T5 — Sign-language deixis and iconicity. In spoken language, deixis is conventionally coded: "here" is an arbitrary sound linked to spatial reference by social agreement. In sign languages, deixis is frequently iconic — the signing space itself becomes the deictic coordinate system. A signer gestures to a location in signing space and establishes it as a "referent zone" for subsequent anaphoric reference. The deictic center is literally the signer's body and surrounding space. The tension is whether this embodied, spatial deixis is fundamentally the same as linguistic deixis (both are context-dependent reference systems) or categorically different (sign-language deixis uses the spatiotemporal medium to show rather than tell). Implications: deictic theory must be general enough to cover both conventional linguistic deixis and iconically-grounded spatial deixis.
T6 — AI/NLP coreference resolution and deixis. Modern NLP systems tackle coreference resolution — determining which expressions refer to the same entity. Pronouns (he, she, it) and demonstratives (that, this) are high-frequency targets. The tension is that NLP systems trained on text corpora must infer deictic reference without real-world context: there is no actual speaker, location, or current time in a text. Systems solve this by proxy (using positional salience in discourse, semantic similarity, and syntactic patterns as surrogates for deictic center); but this is inherently lossy. A pronoun whose true referent depends on extralinguistic context (a gesture, eye gaze, spatial location) cannot be resolved from text alone. The implication: deictic theory in AI requires augmentation with multimodal context (vision, spatial awareness, temporal markers) to match human deixis resolution.
Structural–Framed Character¶
Deixis is a hybrid on the structural–framed spectrum. Part of it is a bare pattern that means the same thing in any field — a pointer whose reference is filled in only by the surrounding context — and part of it is a frame, a vocabulary and set of assumptions inherited from linguistics and semiotics. The interpretive frame here is substantial, even though a clean structural core exists.
The structural core is genuinely general: an expression that fixes its referent only relative to an utterance situation — who speaks, where, and when — is a context-dependent pointer, and that abstract relation can be seen in indexing schemes, coordinate references, or any system where a symbol's meaning depends on its point of use. But the prime as developed travels with a thick linguistic apparatus: the typology of personal, spatial, temporal, discourse, and social deixis, the closed-class forms that carry it (pronouns, demonstratives, temporal adverbials), and assumptions about utterance, speaker role, and social register. Applied in linguistics, semiotics, and the analysis of conversation or honorific systems, it imports that home vocabulary largely intact. Because a recognizable relational pattern coexists with a heavy borrowed frame, it sits past the middle toward the framed side.
Substrate Independence¶
Deixis is among the most substrate-tethered entries — composite 1 / 5 on the substrate-independence scale. It is fundamentally a semiotic and linguistic phenomenon — context-dependent reference, the pointing of 'here', 'now', and 'I' — and although its logic can be formalized, it lives in language and logic rather than as a universal design principle. Computational appeals to 'context' borrow the term only metaphorically, and there is no genuine structural transfer to physical, biological, or social systems. Unlike boundary or feedback, it does not appear organically across substrates; it is a domain-specific linguistic concept that does not lift off its home medium.
- Composite substrate independence — 1 / 5
- Domain breadth — 2 / 5
- Structural abstraction — 3 / 5
- Transfer evidence — 1 / 5
Neighborhood in Abstraction Space¶
Deixis sits among the more crowded primes in the catalog (17th percentile for distinctiveness): several abstractions describe nearly the same structure, so a description that fits it will tend to fit its neighbors too — transporting it usually means disambiguating within this family rather than landing on it exactly.
Family — Language, Symbol & Cultural Form (32 primes)
Nearest neighbors
- Linguistic Universals — 0.84
- Code-Switching — 0.83
- Paradigmatic vs. Syntagmatic Relations — 0.83
- Meta-Symbolic Reflection — 0.82
- Speech Act Theory (Illocution, Perlocution) — 0.81
Computed from structural-signature embeddings · 2026-05-29
Not to Be Confused With¶
Deixis must be distinguished from Linguistic Universals, which are structural patterns recurring across human languages independent of specific utterance contexts. Linguistic Universals describe properties that are true of language as a system—for example, that all languages have nouns and verbs, that all languages exhibit subject-object word order in some grammatical forms, or that all languages mark tense or aspect in some way. These universals are context-free descriptors of language structure; they apply to a language as a whole, not to individual utterances. Deixis, by contrast, is entirely context-dependent; it refers to the mechanism by which specific expressions acquire their reference relative to the speaker-here-now. A linguistic universal might describe "all languages have demonstrative systems" (a universal pattern); deixis explains how a specific demonstrative (this, that, kore, sore) acquires meaning once uttered in a particular situation. Deixis is about instance-level resolution; linguistic universals are about language-level patterns. A linguist might study the universal property that all languages have deictic expressions (a structural universal); a pragmatician studies how deictic expressions resolve in actual utterances (deixis proper).
Deixis is also distinct from Compatibility, which concerns whether two entities, systems, or properties can coexist or function together. Compatibility is a relational property: "This software is compatible with that operating system" means the two can interoperate or function side-by-side. Deixis, by contrast, is a referential mechanism—the process by which an expression's meaning is determined by the utterance context. The word "compatibility" itself is not deictic; it has a stable meaning across all utterances. The expression "this software" contains deixis (this points to a specific software system in context), but whether the software is "compatible" with something is a separate factual question answered by checking functional relationships, not by resolving context. A software system could be "incompatible" with its context (wrong OS, wrong dependencies); the incompatibility is about functional mismatch, not about meaning. Deixis is a linguistic-semantic phenomenon; compatibility is a functional relationship that can be evaluated independently of who is speaking or when.
Nor is Deixis equivalent to Idempotence, a mathematical and computational property describing operations that produce the same result when applied multiple times. An idempotent operation is one where applying it once, twice, or many times yields identical results—for example, multiplying by 1, setting a value to a constant, or identifying the absolute value of an absolute value. Idempotence is about operational invariance: the operation's effect does not accumulate or change across repetitions. Deixis, by contrast, is about context-dependent variation: the very same deictic expression yields different references in different utterance contexts. The word "now" uttered at 2:00 PM refers to 2:00 PM; uttered at 2:01 PM, it refers to 2:01 PM. This is the opposite of idempotence—deixis is inherently time-sensitive and context-variable. An idempotent operation is one that could be repeated without changing the outcome; a deictic expression's meaning is fundamentally altered by changing the utterance context. A software system designed with idempotence aims to ensure that repeated operations do not corrupt state; a system handling deixis must ensure that context is properly captured and maintained so that deictic expressions don't become detached from their referents.
Substrate Independence¶
Emergent Formalization (Language) is a moderately substrate-independent prime — composite 3 / 5 on the substrate-independence scale. The process — informal usage conventionalizing into formal structure through frequency-driven crystallization — is structurally suggestive and could in principle describe cultural evolution or the hardening of institutional norms. But it is grounded in linguistics and language change, and the proposed extensions to other domains read as metaphorical rather than structural reuse. So while the underlying logic hints at wider applicability, in practice the prime stays a language-change phenomenon, which holds it to the middle of the scale.
- Composite substrate independence — 3 / 5
- Domain breadth — 3 / 5
- Structural abstraction — 4 / 5
- Transfer evidence — 2 / 5
Not to Be Confused With¶
Emergent Formalization must be distinguished from Formalization itself, though the two are closely related. Formalization is the process of taking informal, tacit, or intuitive knowledge and expressing it in explicit, structured, often mathematical form—a set of axioms, definitions, rules, or algorithms that capture the essential logic of the domain. Emergent Formalization specifically describes formalization that arises not by initial deliberate design but through iterative discovery and synthesis from concrete practice, patterns, examples, and tacit understanding that practitioners accumulate. Formalization is the act and outcome of expressing knowledge explicitly; Emergent Formalization names the temporal and epistemic process by which formal systems gradually crystallize from informal grounding. Both involve the creation of explicit structure, but formalization can be top-down (designing axioms and rules from first principles and then applying them to practice) or bottom-up (observing practice, extracting patterns, gradually articulating rules). Emergent Formalization emphasizes the bottom-up, discovery-based aspect. The distinction matters because it clarifies why some formal systems (mathematics developed from axioms) feel elegant but disconnected from practice, while others (statistics developed from practical problems of insurance and agriculture) feel grounded and transferable. Both pathways are valuable, but they produce different epistemological stances and practical consequences.
Emergent Formalization is also distinct from Abstraction, though the two often occur together. Abstraction is the process of selectively filtering and retaining essential features while discarding inessential detail—a circuit diagram abstracts away the physical substrate of electronics and retains only functional relationships. Abstraction is about reduction and compression. Emergent Formalization is about explication and structure-building—taking implicit, intuitive understanding and making it explicit, formal, and rigorous. Abstraction often precedes formalization (you abstract to identify the essential features you want to formalize), but they are not the same operation. An artist might abstract visual patterns in nature into essential shapes; a mathematician might then formalize those abstractions into geometric structures. Abstraction prepares the conceptual ground; formalization builds explicit structure. You can have pure abstraction without formalization (a poet abstracting emotion into metaphor without mathematical structure), and you can have formalization without prior abstraction (writing down rules for a process you already understand implicitly, without abstracting away inessential details). The two concepts are most powerful in combination but remain distinct.
Emergent Formalization differs from Canonicalization, though the two can coincide. Canonicalization is the process of establishing a standard, reference, or official version of something—a canonical text, a canonical form of an equation. Canonicalization is about standardization and reference-setting. Emergent Formalization is about the process and structure of making tacit knowledge explicit. A formal mathematical framework might emerge from practice, and then be canonicalized (enshrined in textbooks, made official, adopted by a field). Canonicalization follows and institutionalizes formalization; it is not formalization itself. The two often co-occur—a field that formalizes its knowledge through emergent discovery often then canonicalizes that formal system—but they are distinct operations. Canonicalization is about authority and institutionalization; emergence is about discovery. The distinction matters because a formal system can emerge and be widely used without being canonical (people adopt it informally without institutional decree), and a canonical system can be imposed top-down without having emerged from practice (though such systems often fail to gain traction because they lack grounding in actual usage).
Finally, Emergent Formalization is distinct from Specification, though specifications can be formal and can emerge. Specification is the process of defining requirements, constraints, or detailed behavior of a system or artefact: a software specification details what the code should do, an engineering specification defines material properties and tolerances. Specification is about defining requirements and acceptance criteria. Emergent Formalization is about discovering and articulating the underlying logic and structure of a domain. They can coexist—a software specification often formalizes emergent patterns from prior code and usage—but they address different questions. Specification asks "what should this system do?" and is forward-looking (it guides creation). Emergent Formalization asks "what logic and structure does this activity or domain actually embody?" and is retrospective (it articulates what exists). A specification might be formal and precise; an emergent formalization might also be formal and precise; but one is prescriptive, the other is descriptive. The distinction matters because confusing them leads to over-specification (writing requirements that constrain beyond what is essential, locking in arbitrary choices) or under-specification (failing to capture essential patterns that users rely on). Emergent formalizations often inform specifications, translating tacit practice into explicit requirements.
Solution Archetypes¶
Solution archetypes in the catalog that build on this prime — directly (this prime is a source ingredient) or as a related prime.
Built directly on this prime (2)
Also a related prime in 8 archetypes
- Contextual Selective Propagation
- Cooperative Communication Repair
- Cross-Language Constraint Check
- Literal-vs-Figurative Boundary Preservation
- Locution-Illocution-Perlocution Decomposition
- Sequential Contrast and Temporal Distinctiveness
- Sign–Meaning Alignment
- Speech-Act Clarification
Notes¶
Linguistic-pragmatics origin (Bühler's Sprachtheorie 1934 introduced the "origo" of speaker/here/now; Fillmore 1971/1997; Levinson 1983). Software-systems transfer is well-established in template engines, internationalization frameworks, and log-schema design. Companion to #322 contextual_mode_switching (which concerns switching whole communicative modes based on context, while deixis operates on individual referential expressions within any mode). Companion to #320 cooperative_principle_gricean_maxims (which governs how hearers infer speaker meaning, including deictic resolution). Companion to #315 speech_act_theory_illocution_perlocution (which describes the pragmatic force of utterances; deixis specifies how context is bound into those utterances' reference).
References¶
[1] Levinson, S. C. (2004). Deixis. In L. R. Horn & G. Ward (Eds.), The Handbook of Pragmatics (pp. 97–121). Blackwell Publishing. Treats deixis as the systematic linguistic study of context-dependent expressions (person, place, time, social, discourse) and grounds them in the broader semiotic category of indexical reference. ↩
[2] Fillmore, C. J. (1971). Toward a Theory of Deixis. Proceedings of the LACUS Forum, 1971, 219–241. [Revised as "Lectures on Deixis," UC Santa Cruz, 1997.] Fillmore Towards a Theory of Deixis canonical Santa Cruz Lectures. ↩
[3] Kaplan, D. (1989). Demonstratives: An essay on the semantics, logic, metaphysics, and epistemology of demonstratives and other indexicals. In J. Almog, J. Perry, & H. Wettstein (Eds.), Themes from Kaplan (pp. 481–563). Oxford University Press. Formal semantics of indexicals and demonstratives; sharpens the distinction between character (the rule fixing how reference runs in context) and content (the referent in a given context), grounding indexical reference in the actual situation of utterance. ↩
[4] Bühler, K. (1934). Sprachtheorie: Die Darstellungsfunktion der Sprache. Gustav Fischer. [English translation: Theory of Language, Amsterdam, 1990.] Bühler Sprachtheorie foundational deictic origo speaker-here-now. ↩
[5] Lyons, J. (1977). Semantics (Vols. 1–2). Cambridge University Press. Standard reference on linguistic meaning: develops the distinction between sense and reference, treats lexical gaps and translation incommensurability across languages, and shows how grammaticalized social distinctions (T/V address, honorifics) encode different conventional meanings. ↩
[6] Levinson, S. C. (1983). Pragmatics. Cambridge University Press. Levinson Pragmatics comprehensive illocutionary force speech acts conversation analysis. ↩
[7] Kaplan, D. (1979). On the Logic of Demonstratives. Journal of Philosophical Logic, 8(1), 81–98. Kaplan On the Logic of Demonstratives semantics formal deixis. ↩
[8] Huang, Y. (2014). Pragmatics (2nd ed.). Oxford University Press. Huang Pragmatics textbook deixis context-dependence speech acts. ↩
[9] Diessel, H. (1999). Demonstratives: Form, Function, and Grammaticalization. John Benjamins Publishing. Diessel Demonstratives proximal distal deictic expressions. ↩
[10] Hanks, W. F. (1990). Referential Practice: Language and Lived Space Among the Maya. University of Chicago Press. Hanks Referential Practice ethnography deixis Maya language. ↩
[11] Anderson, S. R., & Keenan, E. L. (1985). Deixis. In T. Shopen (Ed.), Language Typology and Syntactic Description, Vol. III: Grammatical Categories and the Lexicon (pp. 259–308). Cambridge University Press. Anderson-Keenan Deixis cross-linguistic typology demonstrative systems. ↩
[12] Cresswell, M. J. (1973). Logics and Languages. Methuen. Cresswell Logics and Languages modal logic indexical expressions. ↩
[13] Segal, E. M. (1995). Narrative Comprehension and the Role of Deictic Shift Theory. In J. F. Duchan, G. A. Bruder, & L. E. Hewitt (Eds.), Deixis in Narrative: A Cognitive Science Perspective (pp. 3–17). Lawrence Erlbaum Associates. Segal Deixis Narrative Shift Theory fiction reader comprehension.
[14] Perry, J. (1979). The Problem of the Essential Indexical. Noûs, 13(1), 3–21. Perry The Problem of the Essential Indexical Frege cognitive significance.
[15] Bittner, M. (2014). Temporality: Universals and Variation. Wiley-Blackwell. Bittner Temporality cross-linguistic temporal deixis tense aspect.