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COURSE DESCRIPTIONTraditional logic developed a fine-grained account of a small number of noun phrases like those given in (1) below. However, many phenomena that are of central importance for the semantics of natural language were by and large ignored by traditional logical frameworks. For instance: plural, bare, mass, partitive, and coordinate noun phrases as in (2) are highly common in all languages, but logical semantics had little to say about these constructions. (1) some painter, every painter, Picasso, the painter (2) no painters, painters, much paint, most of the painters, neither the painters nor the musicians Montague's pioneering work changed this situation dramatically. Much research in the semantics of natural language since the early 70s has been devoted for extending systems of quantification so to treat phenomena in the interpretation of the noun phrase that were not substantially addressed by traditional logic. The aim of this course is to give an overview of current work on NP semantics and to discuss the implications of this work for the overall architecture of semantic theory. We will especially concentrate on three empirical domains: coordination, plurality and scope. The course will open by a general discussion of the objectives and methodologies of natural language semantics. I will argue for a conservative truth-conditional theory that is empirically motivated mainly by robust phenomena of entailment, and less by weaker linguistic intuitions like ambiguity or presupposition, for instance. The best methodology known for natural language semantics is argued to be modeltheoretic (=based on abstract algebraic constructs rather than the syntax of logical formalisms) and compositional (=directly interpreting well-motivated syntactic representations). The Boolean Semantics of Keenan and Faltz (1985) and its sub-field of Generalized Quantifier Theory (Keenan 1996) will be introduced as the foundations of such a theoretical framework. Working within this framework, we will attempt to answer three questions about the semantics of the noun phrase. I will give an overview of previous approaches to these questions and will introduce new solutions based on recent work.
The course will end with a general overview of the system of Flexible Boolean Semantics that emerges from the proposed solutions. PREREQUISITESThe course is planned as a terse but self-contained introduction. Some sophistication in elementary set theory and logic, as well as familiarity with the basic objectives and methodologies of linguistic research will be presupposed, but not much specific background in formal semantics of natural language will be needed in order to follow the discussion.LITERATURE
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