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QP for indefiniteness: With special reference to Sinhala and Chinese

Xiong, J., & Huang, C. R. (2020). QP for indefiniteness: With special reference to Sinhala and Chinese. Lingua, 236, [102793]. https://doi.org/10.1016/j.lingua.2019.102793

 

Abstract

This paper proposes a QP account for indefiniteness in a range of languages, with QP being situated between DP and NumP. This proposal differs from the traditional DP framework crucially in two aspects: (i) definiteness and indefiniteness are expressed by DP and QP, respectively, and their co-occurrence is theoretically allowed, under due circumstances; (ii) both [Spec, DP] and [Spec, QP] can serve as the landing sites for an XP under a wh-movement, which can thus be associated with both definiteness and indefiniteness. Crucially, the postulation of QP accounts for several nominal phenomena in the Sinhala language, which pose serious challenges to the traditional DP framework. First, Sinhala features the existence of indefinite articles as well as the absence of definite ones; second, an indefinite article can co-occur with a demonstrative in one and the same nominal phrase; third, NP necessarily precedes [numeral + (classifier)], regardless of its (in-)definiteness; fourth, indefinite quantifiers exhibit disparities along the line of their (in-)sensitivity toward the feature of animacy. All these phenomena can be adequately captured by the proposal of QP; specifically, the first three are explained by the DP–QP division whereas the fourth one by the QP–NumP distinction. The DP proposal is further supported by the need to have both DP–QP and QP–NumP divisions in the Chinese language, as well as the intuitive account it provides for the “double definiteness” in Scandinavian languages. In sum, the QP postulation is strongly motivated by cross-lingual evidence for the account of definiteness and indefiniteness as two separate but related unary features instead of binary value of the same feature, e.g. [+/−DEF].

 

FH_23Link to publication in Scopus

FH_23Link to publication in Science Direct


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