This chapter is devoted to a particularly intriguing quantifier construction: branching. Branching interpretations of some natural language sentences are intractable, and therefore, their occurrence in natural language is far from obvious. I start by discussing the thesis formulated by Hintikka, which says that certain natural language sentences require nonlinear quantification to express their meaning. Then, I discuss a novel alternative reading for potentially branching sentences, the so-called two-way reading. This reading is expressible by a linear formula and is tractable. I compare the two-way reading to other possible interpretations and argue that it is the best representation for the meaning of Hintikka-like sentences. Next, I describe an experiment providing empirical support for the two-way reading. The basic assumption here is that a criterion for the adequacy of a meaning representation is its compatibility with sentence truth-conditions. This can be established by observi...

Branching Quantifiers / Szymanik, J.. - 96:(2016), pp. 143-162. [10.1007/978-3-319-28749-2_9]

Branching Quantifiers

Szymanik, J.
2016-01-01

Abstract

This chapter is devoted to a particularly intriguing quantifier construction: branching. Branching interpretations of some natural language sentences are intractable, and therefore, their occurrence in natural language is far from obvious. I start by discussing the thesis formulated by Hintikka, which says that certain natural language sentences require nonlinear quantification to express their meaning. Then, I discuss a novel alternative reading for potentially branching sentences, the so-called two-way reading. This reading is expressible by a linear formula and is tractable. I compare the two-way reading to other possible interpretations and argue that it is the best representation for the meaning of Hintikka-like sentences. Next, I describe an experiment providing empirical support for the two-way reading. The basic assumption here is that a criterion for the adequacy of a meaning representation is its compatibility with sentence truth-conditions. This can be established by observi...
2016
Quantifiers and Cognition. Logical and Computational Perspectives
Switzerland
Springer Science and Business Media B.V.
Szymanik, J.
Branching Quantifiers / Szymanik, J.. - 96:(2016), pp. 143-162. [10.1007/978-3-319-28749-2_9]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11572/371745
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