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Rebecca Gotlieb
Rebecca Gotlieb

Scott Barry Kaufman, the author of Ungifted: Intelligence Redefined, is a cognitive psychologist and was a student in special education classes. As a student enormously impacted by intelligence testing and labels, he presents the enduring emotional impact that a learning disability diagnosis and IQ testing had on him; as an Intelligence researcher, Kaufman traces the history of defining and testing intelligence, delineates other personal qualities key to success, and ultimately proposes a new definition of intelligence that aims to help each individual thrive.

Kaufman presents the continuing disagreement about what constitutes intelligence. Some intelligence scholars, such as Charles Spearman, conceived of intelligence as a single entity, a general intelligence. Others, like Howard Gardner, believe that there are in fact multiple (seven or more) independent “intelligences” that a person might posses.

Since Alfred Binet’s first modern IQ test there have been numerous iterations of IQ tests, but all are imperfect measures of intelligence. There is substantial variability in an individual’s IQ score both between two administrations of the same IQ test and among various different IQ tests. Kaufman challenges the practice of summarizing a person’s intelligence based on a test that lasts only a few hours, that asks decontextualized questions that may be dissimilar to an individual’s everyday experiences, and that offers little opportunity for practice. In addition, a test-taker’s score can be affected by her anxiety or by stereotype threat (the phenomenon in which a person’s fear of confirming a culturally relevant stereotype can make him perform in a stereotype consistent manner).

There is variation in conceptualizations and determinations of giftedness. While our federal definition includes 6 distinct abilities (intellect, academic aptitude, creativity, leadership, artistic skill, and psychomotor ability) states vary considerably in how they operationalize giftedness. Most states rely on IQ tests to determine giftedness, and no state includes measures of motivation in giftedness determinations. This perpetuates a view that intelligence is fixed and that giftedness is a trait one does or does not possess rather than that a student can act gifted. The Matthew Effect sets in; those labelled as gifted become genuinely more gifted. Conversely, students with a learning disability may become less interested in school and perform less well than they would otherwise.

Kaufman’s examples of people with autism spectrum disorders (ASD), dyslexia, ADHD, Bipolar disorder, Schizophrenia/schizotypal traits, prodigies, and savants speak to the problem of relying on IQ measurements to determine a person’s strengths or potential. For example, a boy known as NP, was an extraordinary musical savant, and yet he had an IQ in the 60s. The deficits in social skills that people with ASD typically display can virtually disappear if the person discusses a topic of special interest. People on the schizophrenia spectrum are more creative than people without these diagnoses. All students, Kaufman argues, should be given resources and opportunities to demonstrate their strengths, even if they are atypical gifts.

Study after study finds that various personal characteristics and beliefs are better predictors of success than intelligence alone. Kaufman embraces Adele Diamond’s argument that a student will reach his highest academic potential when schools invest in his full development as a social, emotional, and physical being. A person’s motivation to succeed and persistence in working towards a goal even in the face of set-backs (grit) best distinguishes and predicts the highest achievers. Those with a growth mindset, a belief that their skills and intelligence can be improved, are indeed more likely than those that believe intelligence is fixed to seek out challenging tasks and to process deeply feedback from these tasks. Kaufman sites research suggesting that more so than IQ, hope was related to academic success. Self-regulation skills are critical for success as early as preschool and are predictive of important later life outcomes like substance abuse, financial prudence, and criminal convictions.

Kaufman believes that intelligence must be redefined. He offers the Theory of Personal Intelligence, that is, “Intelligence is the dynamic interplay of engagement and abilities in pursuit of personal goals.”

Intelligence, he argues, should be measured relative to one’s self and one’s aims, not relative to other people. We can recognize each student’s gifts without diminishing the greatness of any other student’s talents. Any behavior that helps a person achieve her goals is an intelligent behavior; as such, personal characteristics like grit are included in Kaufman’s Theory of Personal Intelligence. All students should be encouraged to set lofty goals. Fostering the skills (i.e., perseverance, communication, emotional intuition, self-regulation, creative thinking) required to achieve these ambitious goals will benefit all learners more than enforcing strict test score thresholds. When all students are provided with the academic and social skills necessary for success, when students are no longer deemed gifted or not, and when our educational structure is “ungifted,” we will help the most students reach their fullest potential.

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landb
landb

MEDIA ADVISORY


April 11, 2014

Contact: Kristin Dunay(781)-449-4010 x 102[email protected] 

THE SCIENCE OF SMARTER MINDS:
TEACHING TO THINK, CREATE AND INNOVATE FOR SCHOOL AND CAREERS

WHAT: Encouraging the development of critical and creative thinking in students is now recognized as central to education. Both new Common Core and Next Generation Science Standards stress these thinking skills and a recent study by the Center on Education and the Workforce found that these skills will be crucial in getting future jobs. Next month’s Learning & the Brain® Conference in New York, NY, will bring a renowned group of neuroscientists, psychologists and educators to present new research findings on critical and creative thinking, problem solving, innovation, intelligence and thinking processing in reading, math and sciences before 1,200 educators.  The conference will explore ways to use the science of “smarter minds” to teach the skills students need to meet today’s new standards, curriculum and future careers.
WHO: The program is co-sponsored by several organizations including the Neuroscience and Education Program, Teachers College, Columbia University, Mind, Brain & Education Program, Harvard Graduate School of Education, Comer School Development Program, Yale University School of Medicine, the Dana Alliance for Brain Initiatives, and both the national associations of elementary and secondary school principals, and is produced by Public Information Resources, Inc.Eric Kandel, MD, a Nobel Laureate in Medicine and University and Fred Kavli Professor at Columbia University, will give the opening keynote at the conference on the topic of “The Age of Insight: Art, Brain and the Creative Beholder.”  He will use the work of Rokitansky, Freud, Riegl, Klimt, Kokoschka and Schiele as examples of how Vienna in 1900 was able to forge a bridge between art and science in an effort to better understand creativity.  Dr. Kandel is also the Director of the Kavli Institute for Brain Science at Columbia University and the Founding Director of the Center for Neurobiology and Behavior at the Columbia University College of Physicians & Surgeons;.  He is also the author of several books including Age of Insight (2012) and In Search of Memory (2007).In addition to Dr. Kandel, some of the featured speakers will be:▪    Sandra B. Chapman, PhD, Founder/Chief Director, Center for BrainHealth; Dee Wyly Distinguished Chair; Professor of Behavioral and Brain Sciences, The University of Texas at Dallas; Co-Author, Make Your Brain Smarter: Increase Your Brain’s Creativity, Energy, and Focus (2013)▪    Arthur L. Costa, EdD, Emeritus Professor of Education, California State University, Sacramento; Co-Director of the Institute for Intelligent Behavior; Former President of ASCD; Former Director of Educational Programs, NASA; Co-Author, Cognitive Capital (2013) and Thinking-Based Learning (2010)

▪    Arthur B. Markman, PhD, Annabel Iron Worsham Centennial Professor, Department of Psychology, The University of Texas at Austin; Executive Editor, Cognitive Science; Author, Smart Thinking: Three Essential Keys to Solve Problems, Innovate and Get Things Done (2012)

▪    Camilla P. Benbow, EdD, Dean of Education and Human Development, Peabody College, Vanderbilt University; Co-Director of the Study of Mathematically Precocious Youth; Co-Author, “Creativity and Technical Innovation: Spatial Ability’s Unique Role” (2013, Psychological Science)

▪    Tony Wagner, MAT, EdD, Expert in Residence, Innovation Laboratory, Harvard University; Founder/Co-Director, Change Leadership Group, Harvard Graduate School of Education; Author, Creating Innovators: The Making of Young People Who Will Change the World (2012)

 

WHEN: Thursday, May 8-Saturday, May 10. Conference begins 1:00 PM. General Registration is $579 through April 25 and $599 after April 25.  Contact Kristin Dunay at 781-449-4010 x 102 for media passes.
WHERE: Sheraton Times Square Hotel, New York, NY
Learning & the Brain® is a series of educational conferences that brings the latest research in neuroscience and psychology and their potential applications to education to the wider educational community. Since its inception in 1999, more than 40,000 people in Boston, San Francisco, Washington, D.C., New York and Chicago have attended this series.

For more information about the conference, visit www.learningandthebrain.com.