Interplay of Creativity and Giftedness in Science

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Creativity is what separates good scientists from truly great scientists who can open up new avenues of investigation. Although the interaction of creativity with giftedness in the scientific arena is often overlooked, it is well established that successful scientists are intellectually gifted, and the idea that creativity is important to the successful scientist was eloquently described by Albert Einstein (1931). “Imagination is more important than knowledge. For knowledge is limited, whereas imagination embraces the entire world, stimulating progress, giving birth to evolution.” Thus, gifted learners must be taught how to create new postulates, to think logically, and to reason rather than to be taught strategies to memorize a set of potentially irrelevant facts. This work by a diverse field of international authors focuses discussion on the interplay of giftedness and creativity within the scientific enterprise and provides evidence and theoretical constructs which can be used to adjust learning environments to be conducive to the development of superior scientists. The book also explores the interplay of creativity and giftedness for scientists in a historical context, describes the importance of creativity in scientific advances, and examines the impact of the current educational system and various cultural expectations on diverse gifted and creative science students including those with special needs. Furthermore, the Interplay of Creativity and Giftedness in Science provides a mechanism for communicating exemplary examples of programs, which have successfully combined creativity, giftedness and science, across linguistic, cultural, racial, geographic, socioeconomic, and situational educational settings.

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A Belief System at the Core of Learning Science
A Case Study of a Critical and Creative Gifted Learner
Pages: 87–103
Mind Your P’s and E’s
Developing Creativity in the Science Classroom
Pages: 105–126
Sciencing
Creative, Scientific Learning in the Constructivist Classroom
Pages: 127–151
Fostering Creativity in Science Classrooms
Lessons Learned from a Brigadier General
Pages: 187–200
Affordances in School Science Research
Narratives from Two Singapore Specialized Science School Students
Pages: 201–217
The Geography of Giftedness
Growing Scientists in Rural Areas
Pages: 219–239
Science, Creativity and the Real World
Lessons Learned from the U.S. Homeschool Community
Pages: 257–266
Scientific Creativity within the Rules
Suggestions for Teaching Science to Gifted Children with Autism
Pages: 267–280
Creatures, Costumes, Cryptic Creations
Integrating Creativity in a Secondary Science Gifted Program in Marine Science
Pages: 281–297
‘Chemical Reactions Are Like Hell because…’
Asking Gifted Science Learners to be Creative in a Curriculum Context that Encourages Convergent Thinking
Pages: 321–349
Attracting Dynamos
How Problem Based Science Opens Doors and Creates Opportunities
Pages: 367–380
Educational Researchers and their students
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