The essays in this volume, dating from 1991 onwards, focus on highly characteristic constructions of English, Romance languages, and German. Among clause-internal structures, the most puzzling are English double objects, particle constructions, and non-finite complementation (infinitives, participles and gerunds). Separate chapters in Part I offer relatively complete analyses of each. These analyses are integrated into the framework of Emonds (2000), wherein a simplified subcategorization theory fully expresses complement selection. Principal results of that framework constitute the initial essay of Part I. areas. The self-contained essays can all be read separately. They are rich in empirical documentation, and yet in all of them, solutions are constructed around a coherent, relatively simple theoretical core. In Romance languages, classic generative debates have singled out clitic and causative constructions as the most challenging. Separate essays in Part II lay out the often complex paradigms and propose detailed syntactic solutions, simple in their overall architecture yet rich in detailed predictions. Concerning movements to clausal edges, especially controversial topics include passives, English parasitic gaps, and the nature of verb-second systems exemplified by German.. The essays in Part III each use rather surprising but still theoretically constrained structural accounts to solve thorny problems in all three.

The book provides a detailed empirical approach to constructing grammatical analysis and theory, in particular the analysis of English verbs. It develops an integrated formal description of the English verbal system and offers several theoretical advances in the treatment of verbs that have escaped formulation until now.

This book provides a novel analysis for the syntax of the clausal left periphery, focusing on various finite clause types and especially on embedded clauses. It investigates how the appearance of multiple projections interacts with economy principles and with the need for marking syntactic information overtly. In particular, the proposed account shows that a flexible approach assuming only a minimal number of projections is altogether favourable to cartographic approaches. The main focus of the book is on West Germanic, in particular on English and German, yet other Germanic and non-Germanic languages are also discussed for comparative purposes.

Its twenty-one commissioned chapters serve two functions: they provide a general and theoretical introduction to comparative syntax, its methodology, and its relation to other domains of linguistic inquiry; and they also provide a systematic selection of the best comparative work being done today on those language groups and families where substantial progress has been achieved." "This volume will be an essential resource for scholars and students in formal linguistics."--Jacket.

There are far more syntactically distinct languages than we might have thought; yet there are far fewer than there might have been. Questions of Syntax collects sixteen papers authored by Richard S. Kayne, a preeminent theoretical syntactician, who has sought over the course of his career to understand why both these facts are true. With a particular emphasis on comparative syntax, these chapters collectively consider how wide a range of questions the field of syntax can reasonably attempt to ask and then answer. At issue, among other topics, are the relation between syntax and (certain aspects of) semantics, the relation between syntax and what appear to be lexical questions, the relation between syntax and morphology, the relation between syntax and certain aspects of phonology (insofar as silent elements and their properties play a substantial role), and the extent to which comparative syntax can provide new and decisive evidence bearing on these different kinds of questions. To Kayne, comparative syntax can shed light on what may initially seem lexical questions, and antisymmetry on the evolution of human language itself. Taken as a whole, these essays elucidate the theoretical contributions of one the most influential scholars in linguistics.

This groundbreaking book offers a new and compelling perspective on the structure of human language. The fundamental issue it addresses is the proper balance between syntax and semantics, between structure and derivation, and between rule systems and lexicon. It argues that the balance struck by mainstream generative grammar is wrong. It puts forward a new basis for syntactic theory, drawing on a wide range of frameworks, and charts new directions for research. In the past four decades, theories of syntactic structure have become more abstract, and syntactic derivations have become ever more complex. Peter Culicover and Ray Jackendoff trace this development through the history of contemporary syntactic theory, showing how much it has been driven by theory-internal rather than empirical considerations. They develop an alternative that is responsive to linguistic, cognitive, computational, and biological concerns. At the core of this alternative is the Simpler Syntax Hypothesis: the most explanatory syntactic theory is one that imputes the minimum structure necessary to mediate between phonology and meaning. A consequence of this hypothesis is a far richer mapping between syntax and semantics than is generally assumed. Through concrete analyses of numerous grammatical phenomena, some well studied and some new, the authors demonstrate the empirical and conceptual superiority of the Simpler Syntax approach. Simpler Syntax is addressed to linguists of all persuasions. It will also be of central interest to those concerned with language in psychology, human biology, evolution, computational science, and artificial intellige

Exploring Nanosyntax is the first in-depth introduction to the framework of nanosyntax. Deploying the cartographic "one feature - one head" maxim, the framework decomposes morphosyntactic structure, laying bare the building blocks of the universal functional sequence. This volume presents the framework's constitutive tools and principles, and explains how nanosyntax relates to cartography and to Distributed Morphology. It also illustrates how nanosyntactic tools and principles can e applied to a range of empirical domains of natural language. Comprising twelve original contributions by leaders of the field, the volume provides a range of cross-linguistic investigations that contribute to a better understanding of the functional sequence. Book jacket.

In the beginning, before there are words, or syntax, or discourse, there is speech. Speech is an infant's gateway to language. Without exposure to speech, no language--or at most only a feeble facsimile of language--develops, regardless of how rich a child's biological endowment for language learning may be. But little is given directly in speech--not words, for example, as anyone who has ever listened to fluent conversation in an unfamiliar language can attest. Rather, words and phrases, or rudimentary categories--or whatever other information is required for syntactic and semantic analyses to begin operating--must be pulled from speech through an infant's developing perceptual capacities. By the end of the first year, an infant can segment at least some words from fluent speech. Beyond this, how impoverished or rich an infant's representations of input may be remains largely unknown. Clearly, in the debate over determinants of early language acquisition, the input speech stream has too often been offhandedly dismissed as a potential source of information. This volume brings together internationally-known scholars from a range of disciplines--linguistics, psychology, cognitive and computer science, and acoustics --who share common interests in how speech, in its phonological, prosodic, distributional, and statistical properties, may encode information useful for early language learning, and how such information may be deciphered by very young children. These scholars offer a spectrum of viewpoints on the possibility that aspects of speech may provide bootstraps for language learning; contribute important, state-of-the-art findings across a variety of relevant domains; and illuminate critical directions for future inquiry. The publication of this volume represents a significant step in renewing the bonds between two fields that have long been sundered--speech perception and language acquisition.

Discovering Computer Science: Interdisciplinary Problems, Principles, and Python Programming introduces computational problem solving as a vehicle of discovery in a wide variety of disciplines. With a principles-oriented introduction to computational thinking, the text provides a broader and deeper introduction to computer science than typical introductory programming books. Organized around interdisciplinary problem domains, rather than programming language features, each chapter guides students through increasingly sophisticated algorithmic and programming techniques. The author uses a spiral approach to introduce Python language features in increasingly complex contexts as the book progresses. The text places programming in the context of fundamental computer science principles, such as abstraction, efficiency, and algorithmic techniques, and offers overviews of fundamental topics that are traditionally put off until later courses. The book includes thirty well-developed independent projects that encourage students to explore questions across disciplinary boundaries. Each is motivated by a problem that students can investigate by developing algorithms and implementing them as Python programs. The book's accompanying website — http://discoverCS.denison.edu — includes sample code and data files, pointers for further exploration, errata, and links to Python language references. Containing over 600 homework exercises and over 300 integrated reflection questions, this textbook is appropriate for a first computer science course for computer science majors, an introductory scientific computing course or, at a slower pace, any introductory computer science course.