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" "To begin with, the child of five, six, or seven is in many ways an extremely competent individual. Not only can she use skillfully a raft of symbolic forms, but she has evolved a galaxy of robust theories that prove quite serviceable for most purposes and can even be extended in generative fashion to provide cogent accounts of unfamiliar materials or processes. The child is also capable of intensive and extensive involvement in cognitive activities, ranging from experimenting with fluids in the bathtub to building complex block structures and mastering board games, card games, and sports. While some of these creations are derivative, at least a few of them may exhibit genuine creativity and originality. And quite frequently in at least one area, the young child has achieved the competence expected from much older children. Such precocity is particularly likely when youngsters have pursued a special passion, like dinosaurs, dolls, or guns, or when there is a strain of special talent in areas like mathematics, music, or chess or simply a flexibility, a willingness to try new things.
Howard Earl Gardner (born July 11, 1943) is an American developmental psychologist and the John H. and Elisabeth A. Hobbs Professor of Cognition and Education at the Harvard Graduate School of Education at Harvard University.
Biography information from Wikiquote
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Why, one may ask, should we care about erasing these gaps? And, in particular, why is it important that natural or scholastic understandings give way to disciplinary understandings? To my mind, the answer is simple: The understandings of the disciplines represent the most important cognitive achievements of human beings. It is necessary to come to know these understandings if we are to be fully human, to live in our time, to be able to understand it to the best of our abilities, and to build upon it. The five-year-old knows many things, but he cannot know what disciplinary experts have discovered over the centuries. Perhaps our daily lives might not be that different if we continue to believe that the world is flat, but such a belief makes it impossible for us to appreciate in any rounded way the nature of time, travel, weather, or seasons; the behaviors of objects; and the personal and cultural options open to us.
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Thanks to his own thought experiments, his formal education, and his study of authors like Foppl, Einstein already had identified the set of issues that would occupy him for years to come: the relation between electricity and magnetism, the putative role of the ether, and conceptions of space and time, as formulated by a philosopher like Kant or a scientific thinker like Maxwell. Einstein later recalled:
What made the greatest impression upon the student, however, was less the technical construction of mechanics or the solution of complicated problems than the achievements of mechanics in areas which apparently had nothing to do with mechanics: the mechanical theory of light, which conceived of light as the wave-motion of a quasi-rigid elastic ether and above all the kinetic theory of gases.