Cooper storage is a widespread technique for associating sentences with their meanings, used in diverse linguistic and computational linguistic traditions. This paper encodes the data structures and operations of cooper storage in the simply typed linear \-calculus, revealing the rich categorical structure of a graded applicative functor. In the case of finite cooper storage, which corresponds to ideas in current transformational approaches to syntax, the semantic interpretation function can be given as a linear homomorphism acting on a regular set of (...) trees, and thus generation can be done in polynomial time. (shrink)

In this paper I offer an explanation for the fact that QR tends to be more local than other types of A-bar movement (i.e., in typical cases, QR cannot take place out of a finite clause). My explanation assumes (and offers evidence for) the Phase Impenetrability Condition (cf. Chomsky 2001a, b) and an Economy Condition that requires that each step of (possibly successive cyclic) QR be motivated (cf. Fox 1999). After showing why QR is local in typical cases, I consider (...) new evidence, involving a counterpart of ACD in Italian, which indicates that QR takes place long distance, as other types of A-bar movement do, whenever each step is independently motivated. It follows that it can be maintained that the locality conditions on QR are not construction specific, as expected given the general format of the theory. (shrink)

This paper presents a new take on how argument dependencies in natural language are established and constrained. The paper starts with a rather standard view that (quantificational) argument dependencies are operator-variable dependencies. The interesting twist the paper offers is to eliminate the need for syntax that serves to enforce what the operator-variable dependencies are. Instead the role of ensuring grammatical and generally unambiguous forms is taken up by semantics imposing what are dependency requirements for any interpretation to go through at (...) evaluation time. With this viewpoint there emerges an essential need for localities as the hiding of (embedded) expression material, together with a (limited) form of garbage collection to release grammatical resources used in the current locality for reuse in subsequent localities. (shrink)

This paper will be concerned with the conjunctive interpretation of a family of disjunctive constructions. The relevant conjunctive interpretation, sometimes referred to as a “free choice effect,” (FC) is attested when a disjunctive sentence is embedded under an existential modal operator. I will provide evidence that the relevant generalization extends (with some caveats) to all constructions in which a disjunctive sentence appears under the scope of an existential quantifier, as well as to seemingly unrelated constructions in which conjunction appears under (...) the scope of negation and a universal quantifier. (shrink)

Pseudogapping is no misnomer. Despite the many tempting similarities, Gapping and Pseudogapping are distinct constructions. Pseudogapping is a special instance of VP Ellipsis, while Gapping, I will argue, is a special instance of across-the-board movement. Squeezing Gapping into across-the-board movement has its own discomforts, however, which I will suggest can be remedied by re-tailoring our syntax to include string-based output constraints. I give a sketch of one such alteration that involves apparent Left Branch Condition violations.

A Logical Form (LF) is a syntactic structure that is interpreted by the semantic component. For a particular structure to be a possible LF it has to be possible for syntax to generate it and for semantics to interpret it. The study of LF must therefore take into account both assumptions about syntax and about semantics, and since there is much disagreement in both areas, disagreements on LF have been plentiful. This makes the task of writing a survey article in (...) the field fairly difficult, a difficulty that is amplified by the amount of material that needs to be covered if the result is going to be in any way representative. My response to this difficulty is to limit my objectives. As a start, I will confine myself to issues relating to the syntactic positions of Quantificational Noun Phrases (QNPs) at LF and to various interpretive consequences. But even within these relatively narrow confines, I will not attempt anything close to a comprehensive survey. Instead my goal will be restricted to the presentation of one leading idea and to the discussion of some evidence that might bear on it.1 Much research on the nature of LF has consisted in attempts to account for the meaning of sentences containing QNPs. (shrink)