Do Animals have ideas? Do they experience pain like humans? Do they think about objects that they cannot see? About situations that have occurred in the past? Do they consciously make plans for the future or do they simply react unthinkingly to objects as they appear and situations as they arise? All of these questions have bearing on whether or not animals have consciousness. The advent of computers that ?think? has lead us to consider ?intelligence? in a way we never thought possible a decade ago. But when and how does information processing in the brain become automatic?In Minds of Their Own, Lesley J. Rogers examines the issue of animal thought both sympathetically and critically by looking at the different behavior characteristics of a variety of animals, the evolution of the brain and when consciousness might have evolved. To most people, to be conscious means to be aware of oneself as well as to be aware of others. But does this hold true for animals? The answer may have implications which transcend mere scientific inquiry: if animals are cognizant creatures, what, if any, moral responsibility do humans have to assure their rights? This timely book examines this issue and others by emphasizing comparisons between humans and animals: how we evolved; how we remember; how we learn.

An argument that in response to sociocultural pressures, human minds develope self-consciousness by activating a complex machinery of self-regulation. In Our Own Minds, Radu Bogdan takes a developmental perspective on consciousness--its functional design in particular--and proposes that children's functional capacity for consciousness is assembled during development out of a variety of ontogenetic adaptations that respond mostly to sociocultural challenges specific to distinct stages of childhood. Young human minds develop self-consciousness--in the broad sense of being conscious of the self's mental and behavioral relatedness to the world--because they face extraordinary and escalating sociocultural pressures that cannot be handled without setting in motion a complex executive machinery of self-regulation under the guidance of an increasingly sophisticated intuitive psychology. Bogdan suggests that self-consciousness develops gradually during childhood. Children move from being oriented toward the outside world in early childhood to becoming (at about age four) oriented also toward their own minds. Bogdan argues that the sociocultural tasks and practices that children must assimilate and engage in competently demand the development of an intuitive psychology (also known as theory of mind or mind reading); the intuitive psychology assembles a suite of executive abilities (intending, controlling, monitoring, and so on) that install self-consciousness and drive its development. Understanding minds, first the minds of others and then our own, drives the development of self-consciousness, world-bound or extrovert at the beginning and later mind-bound or introvert. This asymmetric development of the intuitive psychology drives a commensurate asymmetric development of self-consciousness.

Think about the last time you tried to change someone’s mind about something important: a voter’s political beliefs; a customer’s favorite brand; a spouse’s decorating taste. Chances are you weren’t successful in shifting that person’s beliefs in any way. In his book, Changing Minds, Harvard psychologist Howard Gardner explains what happens during the course of changing a mind – and offers ways to influence that process. Remember that we don’t change our minds overnight, it happens in gradual stages that can be powerfully influenced along the way. This book provides insights that can broaden our horizons and shape our lives.

Popular science writer Philip Ball explores a range of sciences to map our answers to a huge, philosophically rich question: How do we even begin to think about minds that are not human? Sciences from zoology to astrobiology, computer science to neuroscience, are seeking to understand minds in their own distinct disciplinary realms. Taking a uniquely broad view of minds and where to find them—including in plants, aliens, and God—Philip Ball pulls the pieces together to explore what sorts of minds we might expect to find in the universe. In so doing, he offers for the first time a unified way of thinking about what minds are and what they can do, by locating them in what he calls the “space of possible minds.” By identifying and mapping out properties of mind without prioritizing the human, Ball sheds new light on a host of fascinating questions: What moral rights should we afford animals, and can we understand their thoughts? Should we worry that AI is going to take over society? If there are intelligent aliens out there, how could we communicate with them? Should we? Understanding the space of possible minds also reveals ways of making advances in understanding some of the most challenging questions in contemporary science: What is thought? What is consciousness? And what (if anything) is free will? Informed by conversations with leading researchers, Ball’s brilliant survey of current views about the nature and existence of minds is more mind-expanding than we could imagine. In this fascinating panorama of other minds, we come to better know our own.

Children are born full of curiosity, eager to participate in the world. They learn as they live, with enthusiasm and joy. Then we send them to school. We stop them from playing and actively exploring their interests, telling them it's more important to sit still and listen. The result is that for many children, their motivation to learn drops dramatically. The joy of the early years is replaced with apathy and anxiety. This is not inevitable. We are socialised to believe that schooling is synonymous with education, but it's only one approach. Self-directed education puts the child back in control of their learning. This enables children, including those diagnosed with special educational needs, to flourish in their own time and on their own terms. It enables us to put wellbeing at the centre of education. Changing Our Minds brings together research, theory and practice on learning. It includes interviews with influential thinkers in the field of self-directed education and examples from families alongside practical advice. This essential guide will give you an understanding of why self-directed education makes sense, how it works, and what to do to put it into action yourself.

With philosophy so steeped in patriarchal tradition how is it possible for feminists to work within it? In this volume, 13 feminist theorists discuss whether traditional ideals of objectivity and rationality should be given a place within the committed feminist view of philosophy and the world.

This book shows how schools can--and must--develop expertise in "learning variation" (understanding how different kinds of minds learn) and apply this knowledge to classroom instruction in order to address the chronic learning challenges and achievement gap faced by millions of students. Barringer shows how using what we know about learning variation with a focus on discovering learning strengths, not just deficits, can help schools create plans for success for those students who often find it elusive. The book specifically addresses how school leaders can incorporate this knowledge into instructional practice and school-level policy through various professional development strategies. Schools for All Kinds of Minds: Provides a readable synthesis of the latest research from neuroscience, cognitive science, and child and adolescent development as it relates to understanding learning and its many variations. Links this information to strategies for understanding struggling learners and adapting school practices to accommodate a wider array of learning differences in a classroom. Demonstrates how this understanding of learning variation can change the way teachers and others help students succeed in various academic and content areas and acquire necessary 21st century skills. Includes discussion questions and facilitator guidelines for staff developers and teacher education programs; downloadable forms that accompany exercises from within the book; an action plan for schools to implement the ideas found in the book; and more.

Fifteen years ago, psychologist and educator Howard Gardner introduced the idea of multiple intelligences, challenging the presumption that intelligence consists of verbal or analytic abilities only -- those intelligences that schools tend to measure. He argued for a broader understanding of the intelligent mind, one that embraces creation in the arts and music, spatial reasoning, and the ability to understand ourselves and others. Today, Gardner's ideas have become widely accepted -- indeed, they have changed how we think about intelligence, genius, creativity, and even leadership, and he is widely regarded as one of the most important voices writing on these subjects. Now, in Extraordinary Minds , a book as riveting as it is new, Gardner poses an important question: Is there a set of traits shared by all truly great achievers -- those we deem extraordinary -- no matter their field or the time period within which they did their important work? In an attempt to answer this question, Gardner first examines how most of us mature into more or less competent adults. He then examines closely four persons who lived unquestionably extraordinary lives -- Mozart, Freud, Woolf, and Gandhi -- using each as an exemplar of a different kind of extraordinariness: Mozart as the master of a discipline, Freud as the innovative founder of a new discipline, Woolf as the great introspect or, and Gandhi as the influencer. What can we learn about ourselves from the experiences of the extraordinary? Interestingly, Gardner finds that an excess of raw power is not the most impressive characteristic shared by superachievers; rather, these extraordinary individuals all have had a special talent for identifying their own strengths and weaknesses, for accurately analyzing the events of their own lives, and for converting into future successes those inevitable setbacks that mark every life. Gardner provides answers to a number of provocative questions, among them: How do we explain extraordinary times -- Athens in the fifth century B.C., the T'ang Dynasty in the eighth century, Islamic Society in the late Middle Ages, and New York at the middle of the century? What is the relation among genius, creativity, fame, success, and moral extraordinariness? Does extraordinariness make for a happier, more fulfilling life, or does it simply create a special onus?

The Animal Intelligence Bundle: “Minds of Their Own” by Virginia Morell (March 2008) “Almost Human” by Mary Roach (April 2008) “The Genius of Swarms” by Peter Miller (July 2007) In “Minds of Their Own,” Virginia Morell provides an overview of the science of animal intelligence. She introduces you to an African gray parrot named Alex, a bonobo named Kanzi, and a border collie named Betsy. Each of these animals tells us something interesting about the way they perceive and manipulate their world. The article also looks at what scientists are learning about the intelligence of dolphins and crows, beyond mere communication. In “Almost Human,” Mary Roach takes us to the savannahs of Senegal to meet a group of 34 chimpanzees, whose behavior and social structures have given scientists some important clues about the nature of their communication and intelligence. In “The Genius of Swarms,” Peter Miller looks at the collective behavior of ants, bees, and other insects for what they can tell us about social organization and how sometimes intelligence lies outside of the individual brain. This article served as the basis for his book, The Smart Swarm: How Understanding Flocks, Schools, and Colonies Can Make Us Better at Communicating, Decision Making, and Getting Things Done.

“A first-class intellectual adventure.” —Brian Greene, author of Until the End of Time Illuminating his groundbreaking theory of consciousness, known as the attention schema theory, Michael S. A. Graziano traces the evolution of the mind over millions of years, with examples from the natural world, to show how neurons first allowed animals to develop simple forms of attention and then to construct awareness of the external world and of the self. His theory has fascinating implications for the future: it may point the way to engineers for building consciousness artificially, and even someday taking the natural consciousness of a person and uploading it into a machine for a digital afterlife.