class: center, middle, inverse, title-slide .title[ # The semantics of Hmong indefinites ] .subtitle[ ## Universität Bern, Switzerland (ICSTLL 58) ] .author[ ### Quartz Colvin ] .institute[ ### Rutgers University ] .date[ ### 2025-09-05 ] --- # Introduction - This presentation argues for a choice functional analysis of the indefinite article in White Hmong. - Rather than simply saying *ib* is an existential quantifier (asserts existence of the NP) - Our discussion includes the indefinite article *ib* and two common classifiers (*tus* and *cov*). -- ## Research questions for broader project 1. What are the individual meanings of *ib*, *tus*, and *cov*? 2. How does the indefinite article *ib* combine with with *tus* and *cov* classifier phrases? --- # Introduction ## Outline 1. Introduction + background 2. Hmong data 3. Proposal: bare classifier phrases 4. Proposal: indefinite phrases 5. Conclusion --- # Language background .pull-left[ - SVO word order - diaspora communities in the US speak White and Green Hmong, mainly from Laos - monosyllabic words (no consonant codas) - in RPA orthography the final letter of the word corresponds to a tone - 7 tones: high rising, high falling, mid, low, mid-rising, low-falling creaky, mid/high-falling breathy ] .pull-right[ <img src="./images/Hmong_Mien_map.png" width="auto" height="auto" /> ] --- # Speaker information - All data and discussion are based on elicitation on Zoom with **Ying** and in person with **Keng**, two (siblings!) White Hmong speakers who were raised in Wisconsin (WI). -- - Keng was born in WI and Ying immigrated to the US at age 4. - neither speaker can read/write Hmong - **Keng:** White Hmong, English, high school German - **Ying:** White Hmong, English, high school Japanese --- class: center, middle # Hmong data --- # Data ## Definites (Bare classifier phrases) <img src="./images/data_bare_clfp.png" width="60%" height="auto" /> -- (1) ***tus aub*** can only refer to 1 unique, specific dog in the relevant context (2) ***cov aub*** can only refer to the full group of dogs in the context --- # Data ## Indefinites <img src="./images/data_indefinites.png" width="55%" height="55%" /> -- (3) ***ib tus aub*** can refer to any one of the dogs in the context (4) ***ib cov aub*** can refer to any subgroup of the dogs in the context --- # Data ## Indefinites <img src="./images/data_bad_indef.png" width="40%" height="25%" /> (5) ***ib*** requires a classifier phrase --- class: center, middle # Proposal: bare classifier phrases (definites) --- # Proposal ## Definites <img src="./images/clf_denotations.png" width="55%" height="auto" /> -- **Classifiers:** - both take a bare noun as their argument -- - *tus* requires that the NP's referent be "atomic" ("AT(x)") but *cov* has no atomicity requirement -- - when they combine with an NP (bare noun, type *e*), they output a predicate type (⟨*e,t*⟩) --- # Proposal ## Definites <img src="./images/iota.png" width="95%" height="auto" /> **What do I need to know about this operator?** -- - ι is roughly equivalent to a definite article like *the* - as a null equivalent to *the*, *the dogs* would pick out the largest plurality of dogs (Chierchia 1997) -- **For Hmong,** - this ι operator gives us the unique definite reading for bare classifier phrases with *tus* - and it gives us a maximal reading in bare classifier phrases with *cov* --- # Proposal ## Definites (structures) .pull-left[ <img src="./images/tree_tus_aub.png" width="100%" height="120%" /> ] .pull-right[ <img src="./images/tree_cov_aub.png" width="100%" height="120%" /> ] --- # Proposal ## Definites (composition) <img src="./images/tus_aub_composition.png" width="120%" height="120%" /> --- # Proposal ## Definites (composition) <img src="./images/cov_aub_composition.png" width="120%" height="120%" /> --- class: center, middle # Proposal: Indefinite phrases --- # Proposal ## Indefinites <img src="./images/ib.png" width="50%" height="auto" /> -- **What does this mean?** - *ib* takes a predicate of type ⟨*e,t*⟩ as an argument - it outputs another predicate of type ⟨*e,t*⟩ -- - the choice function applies to a grouping of entities and arbitrarily selects one of the entities as its referent (Winter 1997) --- # Proposal ## Contexts <img src="./images/sg_contexts.png" width="50%" height="auto" /> -- **How are the referents for each phrase determined in this context?** -- - (14a) is a definite phrase, so its reference is typically determined by 1) discourse relevance of a certain dog in the context, 2) pointing at a specific dog -- - (14b) is truly so non-specific that each dog in the context is an equally likely referent. if a speaker meant to refer to one of the three dogs specifically, they would say *tus aub* instead of *ib tus aub* -- - the choice function analysis correctly captures the random referent in the context --- # Proposal ## Contexts <img src="./images/pl_contexts.png" width="75%" height="auto" /> -- <img src="./images/antipresupposition.png" width="90%" height="auto" /> -- **How are the referents for each phrase determined in this context?** -- - (15a) is a definite phrase, so the ι operator requires it to refer to the full group in the context -- - (15b) shows that *ib cov aub* can semantically refer to any atomic or non-atomic entity in the context. **BUT**, because of _antipresupposition_, the options in (15c) are the only pragmatically sound referents in the context for *ib cov aub* --- # Proposal ### Antipresupposition **What is it?** -- Antipresupposition ***"imposes the condition that the interlocutors not take the truth of a certain proposition for granted"*** (Percus 2006) -- - for plural indefinites, the choice function does not select the largest entity, otherwise, ι would be the determiner chosen for the utterance instead of *ib* -- - the choice function also does not select an atomic entity, otherwise, the classifier *tus* would have been chosen instead of *cov* -- - **thus,** antipresupposition yields the non-singular and non-maximal entities as the only pragmatically sound options when *ib cov aub* is uttered --- # Proposal ## Indefinites (structures) .pull-left[ <img src="./images/tree_ib_tus_aub.png" width="100%" height="100%" /> ] .pull-right[ <img src="./images/tree_ib_cov_aub.png" width="100%" height="100%" /> ] --- # Proposal ## Indefinites (composition) <img src="./images/ib_tus_aub_composition.png" width="120%" height="auto" /> --- # Proposal ## Indefinites (composition) <img src="./images/ib_cov_aub_composition.png" width="120%" height="auto" /> --- # Conclusion - analyzing *ib* as a choice function correctly captures how different referents are determined with singular and plural classifiers -- - singular indefinite phrases (***ib tus NP***) are highly non-specific and thus can refer to any atomic entity in the context -- - plural indefinite phrases (***ib cov NP***) are also non-specific, but semantically can refer to any atomic or non-atomic entity in the context -- - along with the concept of antipresupposition, a choice functional analysis correctly predicts that *ib cov NP* can only refer to non-maximal and non-atomic entities in the context --- # Selected references Chierchia, Gennaro. 1998. Reference to kinds across language. Natural Language Semantics 6:339–405. Chierchia, Gennaro. 1997. Partitives, Reference to Kinds and Semantic Variation. SALT VII, 73-98. Cornell University. Ithaca, NY. Elbourne, Paul D. 2005. On the acquisition of Principle B. Linguistic Inquiry 36:333–366 Jenks, Peter. 2018. Articulated definiteness without articles. Linguistic Inquiry 49:501–536. Percus, O. 2006. "Antipresuppositions." In A. Ueyama(ed.), Theoretical and Empirical Studies of Reference and Anaphora: Toward the establishment of generative grammar as an empirical science, Report of the Grant-in-Aid for Scientific Research (B), Project No. 15320052, Japan Society for the Promotion of Science, 52-73. Winter, Y. 1997. Choice Functions and the Scopal Semantics of Indefinites. Linguistics and Philosophy 20, 399–467. https://doi.org/10.1023/A:1005354323136 --- class: center, middle # Thank you! Questions? Comments? ### contact: quartz.colvin@rutgers.edu -- ## *(Cov aub!)* .pull-center[ <img src="./images/apollo.jpeg" width="30%" height="25%" /><img src="./images/copper.jpeg" width="30%" height="25%" /><img src="./images/mars.jpeg" width="30%" height="25%" /> ]