Before Steven Pinker wrote bestsellers on language and human nature, he wrote several technical monographs on language acquisition that have become classics in cognitive science. Learnability and Cognition, first published in 1989, brought together two big topics: how do children learn their mother tongue, and how does the mind represent basic categories of meaning such as space, time, causality, agency, and goals?
In Theory and Evidence Barbara Koslowski brings into sharp focus the ways in which the standard literature both distorts and underestimates the reasoning abilities of ordinary people. She provides the basis for a new research program on a more complete characterization of scientific reasoning, problem solving, and causality.
As children acquire arithmetic skills, they often develop "bugs" - small, local misconceptions that cause systematic errors. Mind Bugs combines a novel cognitive simulation process with careful hypothesis testing to explore how mathematics students acquire procedural skills in instructional settings, focusing in particular on these procedural misconceptions and what they reveal about the learning process.
Recent approaches to language processing have focused either on individual cognitive processes in producing and understanding language or on social cognitive factors in interactive conversation. Although the cognitive and social approaches to language processing would seem to have little theoretical or methodological common ground, the goal of this book is to encourage the merging of these two traditions.
In The Algebraic Mind, Gary Marcus attempts to integrate two theories about how the mind works, one that says that the mind is a computer-like manipulator of symbols, and another that says that the mind is a large network of neurons working together in parallel.
How do children learn that the word "dog" refers not to all four-legged animals, and not just to Ralph, but to all members of a particular species? How do they learn the meanings of verbs like "think," adjectives like "good," and words for abstract entities such as "mortgage" and "story"? The acquisition of word meaning is one of the fundamental issues in the study of mind.
Spatial competence is a central aspect of human adaptation. To understand human cognitive functioning, we must understand how people code the locations of things, how they navigate in the world, and how they represent and mentally manipulate spatial information. Until recently three approaches have dominated thinking about spatial development. Followers of Piaget claim that infants are born without knowledge of space or a conception of permanent objects that occupy space. They develop such knowledge through experience and manipulation of their environment.
In the past twenty-five years there has been an explosion in research on the development of perception. This research has produced discoveries at multiple levels: ecological analyses of the information available for perception, models of representation and process, and improved understanding of biological mechanisms. In this comprehensive treatment of infant perception, Philip Kellman and Martha Arterberry bring together work at these multiple levels to produce a new picture of perception's origins.
Research on creolization, language change, and language acquisition has been converging toward a triangulation of the constraints along which grammatical systems develop within individual speakers—and (viewed externally) across generations of speakers. The originality of this volume is in its comparison of various sorts of language development from a number of linguistic-theoretic and empirical perspectives, using data from both speech and gestural modalities and from a diversity of acquisition environments.
Words, Thoughts, and Theories articulates and defends the "theory theory" of cognitive and semantic development—the idea that infants and young children, like scientists, learn about the world by forming and revising theories, a view of the origins of knowledge and meaning that has broad implications for cognitive science.
In Mindblindness, Simon Baron-Cohen presents a model of the evolution and development of "mindreading." He argues that we mindread all the time, effortlessly, automatically, and mostly unconsciously. It is the natural way in which we interpret, predict, and participate in social behavior and communication. We ascribe mental states to people: states such as thoughts, desires, knowledge, and intentions.
In the field of psychology, beginning in the 1950s, Eleanor J. Gibson's ideas and experiments revolutionized the study of development. She nearly single-handedly developed the field of perceptual learning with a series of brilliant studies that culminated in the seminal work, Perceptual Learning and Development. More recently, Gibson has been a driving force in the profound shift from mentalistic models, or intellectual stages, toward an ecological view of development, involving function and action.
Beginning to Read reconciles the debate that has divided theorists for decades over the "right" way to help children learn to read. Drawing on a rich array of research on the nature and development of reading proficiency, Adams shows educators that they need not remain trapped in the phonics versus teaching-for-meaning dilemma.
How do animals represent space, time, number and rate? From insects to humans, Charles Gallistel explores the sophisticated computations performed in these ubiquitous yet neglected domains of animal learning. He proposes new and imaginative hypotheses about brain and mental processes and provides original insights about animal behavior using a computational-representational framework that is an exciting alternative to traditional associative theories of learning.
Taking a stand midway between Piaget's constructivism and Fodor's nativism, Annette Karmiloff-Smith offers an exciting new theory of developmental change that embraces both approaches, showing how both are necessary to a fundamental theory of human cognition. Karmiloff-Smith shifts the focus from what cognitive science can offer the study of development to what a developmental perspective can offer cognitive science, presenting a coherent portrait of the flexibility and creativity of the human mind as it develops from infancy to middle childhood.
In Concepts, Kinds, and Cognitive Development, Frank C. Keil provides a coherent account of how concepts and word meanings develop in children, adding to our understanding of the representational nature of concepts and word meanings at all ages.
When children learn a language, they soon are able to make surprisingly subtle distinctions: "donate them a book" sounds odd, for example, even though "give them a book" is perfectly natural. How can this happen, given that children do not confine themselves to the sentence types they hear, and are usually not corrected when they speak ungrammatically? Steven Pinker resolves this paradox in a detailed theory of how children acquire argument structure.
Very young children are surrounded by a huge array of objects, all unfamiliar; yet by the age of three, and despite their limited information processing abilities, children are remarkably capable of categorizing objects and learning object labels. In this landmark work on early conceptual and lexical development Ellen Markman challenges the fundamental assumptions of traditional theories of language acquisition and proposes a new notion of how children acquire categories.
Systems That Learn presents a mathematical framework for the study of learning in a variety of domains. It provides the basic concepts and techniques of learning theory as well as a comprehensive account of what is currently known about a variety of learning paradigms.
Are children fundamentally different kinds of thinkers than adults? Or are the cognitive differences between young children and adults merely a matter of accumulation of knowledge? In this book, Susan Carey develops an alternative to these two ways of thinking about childhood cognition, putting forth the idea of conceptual change and its relation to the development of knowledge systems.
If we meet an extraterrestrial who keeps shouting "gavagai!", how are we to decode its meaning? Do bees and dolphins possess a linguistic competence? Did the chimpanzees Sara, Washoe, and Nim acquire a human-like language?