Thomas S. Stroik

Michael T. Putnam

Although there have been numerous investigations of biolinguistics within the Minimalist Program over the last ten years, many of which appeal to the importance of Turing's Thesis (that the structural design of systems must obey physical and mathematical laws), these studies have by and large ignored the question of the structural design of language. They have paid significant attention to identifying the components of language - settling on a lexicon, a computational system, a sensorimotor performance system and a conceptual-intentional performance system; however, they have not examined how these components must be inter-structured to meet thresholds of simplicity, generality, naturalness and beauty, as well as of biological and conceptual necessity. In this book, Stroik and Putnam take on Turing's challenge. They argue that the narrow syntax - the lexicon, the Numeration, and the computational system - must reside, for reasons of conceptual necessity, within the performance systems. As simple as this novel design is, it provides, as Stroik and Putnam demonstrate, radical new insights into what the human language faculty is, how language emerged in the species, and how language is acquired by children.

The Structural Design of Language

"One of the most important principles which underlies biolinguistics is that Turing's thesis must be satisfied: the structural design of biological systems obey physical and mathematical laws. Whilst much work has been done to identify the components of language, surprisingly little attention has been paid to examining and understanding the structural design of language itself, and how it satisfies Turing's thesis. The components of language must be somehow inter-structured to meet thresholds of simplicity, generality, naturalness and beauty, as well as of biological and conceptual necessity; but exactly how they do so has thus far been under-articulated. In this book, Stroik and Putnam investigate what this structure looks like, and argue that minimalist syntax has central importance. In so doing, radical new insights emerge into what the language faculty is, how language emerged in the species and how language is acquired by children"--

This minimalist study proposes that the computational system of human language must consist of strictly local operations. In this highly original reanalysis of minimalist syntax, Thomas Stroik considers the optimal design properties for human language. Taking as his starting point Chomsky's minimalist assumption that the syntactic component of a language generates representations for sentences that are interpreted at perceptual and conceptual interfaces, Stroik investigates how these representations can be generated most parsimoniously. Countering the prevailing analyses of minimalist syntax, he argues that the computational properties of human language consist only of strictly local Merge operations that lack both look-back and look-forward properties. All grammatical operations reduce to a single sort of locally defined feature-checking operation, and all grammatical properties are the cumulative effects of local grammatical operations. As Stroik demonstrates, reducing syntactic operations to local operations with a single property—merging lexical material into syntactic derivations—not only radically increases the computational efficiency of the syntactic component, but it also optimally simplifies the design of the computational system. Locality in Minimalist Syntax explains a range of syntactic phenomena that have long resisted previous generative theories, including that-trace effects, superiority effects, and the interpretations available for multiple-wh constructions. It also introduces the Survive Principle, an important new concept for syntactic analysis, and provides something considered impossible in minimalist syntax: a locality account of displacement phenomena.

Thomas S. Stroik

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