Ray Jackendoff steps back to survey the broader theoretical landscape in linguistics, in an attempt to identify some of the sources of the widely perceived malaise with respect to much current theorizing. Over the past twenty-five years, Ray Jackendoff has investigated many complex issues in syntax, semantics, and the relation of language to other cognitive domains. He steps back in this new book to survey the broader theoretical landscape in linguistics, in an attempt to identify some of the sources of the widely perceived malaise with respect to much current theorizing. Starting from the "Minimalist" necessity for interfaces of the grammar with sound, meaning, and the lexicon, Jackendoff examines many standard assumptions of generative grammar that in retrospect may be seen as the product of historical accident. He then develops alternatives more congenial to contemporary understanding of linguistic phenomena. The Architecture of the Language Faculty seeks to situate the language capacity in a more general theory of mental representations and to connect the theory of grammar with processing. To this end, Jackendoff works out an architecture that generates multiple co-constraining structures, and he embeds this proposal in a version of the modularity hypothesis called Representational Modularity. Jackendoff carefully articulates the nature of lexical insertion and the content of lexical entries, including idioms and productive affixes. The resulting organization of the grammar is compatible with many different technical realizations, which he shows can be instantiated in terms of a variety of current theoretical frameworks. Linguistic Inquiry Monograph No. 28

Natural human communication is multimodal. We pair speech with gestures, and combine writing with pictures from online messaging to comics to advertising. This richness of human communication remains unaddressed in linguistic and cognitive theories which maintain traditional amodal assumptions about language. What is needed is a new, multimodal paradigm. This book posits a bold reorganization of the structures of language, and heralds a reconsideration of its guiding assumptions. Human expressive behaviors like speaking, signing, and drawing may seem distinct, but they decompose into similar cognitive building blocks which coalesce in emergent states from a singular multimodal communicative architecture. This cognitive model accounts for unimodal and multimodal expression across all of our modalities, providing a “grand unified theory” that incorporates insights from formal linguistics, cognitive semantics, metaphor theory, Peircean semiotics, sign language, gesture, visual language, psycholinguistics, and cognitive neuroscience. Such a perspective reconfigures how we understand linguistic structure, diversity, universals, innateness, relativity, and evolution. A Multimodal Language Faculty directly confronts centuries-old notions of language and offers a compelling reimagination of what language is and how it works.

Every now and again I receive a lengthy manuscript from a kind of theoretician known to psychiatrists as the "triangle people" - kooks who have independently discovered that everything in the universe comes in threes (solid , liquid, gas; protons, neutrons, electrons; the Father, the Son, the Holy Ghost ; Moe, Larry, Curly; and so on) . At the risk of sounding like a triangle person, let me explain why I think that the topic of this volume - - storage and computation in the language fac ulty - though having just two sides rather than three, is the key to understanding every interesting issue in the study of language. I will begin with the fundamental scientific problem in linguistics: explaining the vast expressive power of language. What is the trick behind our ability to filleach others' heads with so many different ideas? I submit there is not one trick but two, and they have been emphasized by different thinkers throughout the history of linguistics.

This book presents a state-of-the-art account of what we know and would like to know about language, mind, and brain. Chapters by leading researchers in linguistics, psycholinguistics, language acquisition, cognitive neuroscience, comparative cognitive psychology, and evolutionary biology are framed by an introduction and conclusion by Noam Chomsky, who places the biolinguistic enterprise in an historical context and helps define its agenda for the future. The questions explored include: What is our tacit knowledge of language? What is the faculty of language? How does it develop in the individual? How is that knowledge put to use? How is it implemented in the brain? How did that knowledge emerge in the species? The book includes the contributor's key discussions, which dramatically bring to life their enthusiasm for the enterprise and skill in communicating across disciplines. Everyone seriously interested in how language works and why it works the way it does are certain to find, if not all the answers, then a convincing, productive, and lively approach to the endeavour.

A line of research in cognitive science over several decades has been dedicated to finding an innate, language-specific cognitive system, a faculty which allows human infants to acquire languages natively without formal instruction and within short periods of time. In recent years, this search has attracted significant controversy in cognitive science generally, and in the language sciences specifically. Some maintain that the search has had meaningful results, though there are different views as to what the findings are: ranging from the view that there is a rich and rather specific set of principles, to the idea that the contents of the language faculty are - while specifiable - in fact extremely minimal. But other researchers rigorously oppose the continuation of this search, arguing that decades of effort have turned up nothing. The fact remains that the proposal of a language-specific faculty was made for a good reason, namely as an attempt to solve the vexing puzzle of language in our species. Much work has been developing to address this, and specifically, to look for ways to characterize the language faculty as an emergent phenomenon; i.e., not as a dedicated, language-specific system, but as the emergent outcome of a set of uniquely human but not specifically linguistic factors, in combination. A number of theoretical and empirical approaches are being developed in order to account for the great puzzles of language - language processing, language usage, language acquisition, the nature of grammar, and language change and diversification. This research topic aims at reviewing and exploring these recent developments and establishing bridges between these young frameworks, as well as with the traditions that have come before. The goal of this Research Topic is to focus on current developments in what many regard as a paradigm shift in the language sciences. In this Research Topic, we want to ask: If current explicit proposals for an innate, dedicated faculty for language are not supported by data or arguments, how can we solve the problems that UG was proposed to solve? Is it possible to solve the puzzles of language in our species with an appeal to causes that are not specifically linguistic?

Phonological Architecture bridges linguistic theory and the biological sciences, presenting a comprehensive view of phonology from a biological perspective. Its back-to-basics approach breaks phonology into primitive operations and representations and investigates their possible origins in cognitive abilities found throughout the animal kingdom. Bridget Samuels opens the discussion by considering the general properties of the externalisation system in a theory-neutral manner, using animal cognition studies to identify which components of phonology may not be unique to humans and/or to language. She demonstrates, on the basis of behavioural and physiological studies on primates, songbirds, and a wide variety of other species, that the cognitive abilities underlying human phonological representations and operations are present in creatures other than Homo sapiens (even if not to the same degree) and in domains other than phonology or, indeed, language proper. The second, more linguistically technical half of the book explores what is necessarily unique about phonology. The author discusses the properties of the phonological module which are dictated by the interface requirements of the syntactic module of Universal Grammar as well as different components of the human sensory-motor system (ie audition, vision, and motor control). She proposes a repertoire of phonological representations and operations which are consistent with Universal Grammar and human cognitive evolution. She illustrates the application of these operations with analyses of representative phonological data such as vowel harmony, reduplication, and tone spreading patterns. Finally, the author addresses the issue of cross-linguistic and inter-speaker variation.

New research on different areas of cognition, focusing on language, with contributions that treat topics explored in Ray Jackendoff's pioneering research. This volume offers new research in cognitive science by leading scholars, exploring different areas of cognition with an emphasis on language. The contributions—in such fields as linguistic theory, psycholinguistics, evolution, and consciousness—reflect the thriving interdisciplinary scholarship in cognitive science today. Ray Jackendoff's pioneering cross-disciplinary work was instrumental in establishing the field, and Structures in the Mind, with contributions from Jackendoff's colleagues and former students, is a testament to his lasting influence. After an introduction that includes short reflections on Jackendoff's work by such scholars as Paul Bloom, Noam Chomsky, Barbara Partee, and Steven Pinker, the book presents chapters on linguistics, which build on Jackendoff's theories of conceptual semantics and parallel architectures; psycholinguistics, reaching from linguistics to psychology and neuroscience; and other topics as varied as the evolution of linguistic and musical abilities, consciousness, music theory, and the grammar of comics—with this particular chapter taking the form of a comic. The chapters present fresh data, bold claims, and stimulating theoretical discussions, offering a celebration of cognitive science today. Contributors Daniel Büring, Neil Cohn, Peter W. Culicover, Daniel Dennett, Cecily Jill Duffield, W. Tecumseh Fitch, Lila Gleitman, Jane Grimshaw, Yosef Grodzinsky, Katharina Hartmann, Albert Kim, Max Soowon Kim, Barbara Landau, Fred Lerdahl, Willem J. M. Levelt, Joan Maling, Bhuvana Narasimhan, Urpo Nikanne, Catherine O'Connor, Maria Mercedes Piñango, Daniel Silverman, Henk Verkuyl, Heike Wiese, Eva Wittenberg, Edgar B. Zurif, Joost Zwarts