Most of the time, parents should welcome their children’s boredom as an opportunity for them to discover their interests, activate their imaginations, and explore their enthusiasms. Chronic boredom, however, can be a call for help. Read more
The secrets of successful schools have nothing to do with money. Some of the best schools around the world are in poor communities and poor countries. Findings from international research show that a school’s ability to teach its students well doesn’t depend on how much money is spent. Nor does a school’s success depend on the socioeconomic status of the students’ families or communities. Read more
Free play should be bumped up in priority—ahead of organized sports, lessons, and other extracurricular activities designed to assist in kids’ résumé-building. In a new book, Free to Learn: Why Unleashing the Instinct to Play Will Make Our Children Happier, More Self-Reliant, and Better Students for Life, Peter Gray makes the point that free play is vital to children’s healthy development. Read more
Even the best students are arriving at university unprepared to do well there. ‘Top Students, Too, Are Not Always Ready for College’ is the title of an article in today’s edition of The Chronicle of Higher Education. In thinking about this problem, the author—the Executive Director of Johns Hopkins’ prestigious Center for Talented Youth—argues for changes at the high school level that will engage kids’ minds and intellectual passions, and develop the habits of mind that lead to academic success in higher education. Read more
Yes, and no. That seems to be the consensus from this thoughtful discussion about the educational value of video games from some leading experts:
Neuroscience is one of the most exciting frontiers in our world today. Discoveries are being made that can transform our understandings of learning, teaching, resilience, and recovery from trauma. The concept of neural plasticity, for example, with discoveries of the extraordinary capacity of a brain to find work-arounds and continue developing across the lifespan–in spite of any previously diagnosed limitations of a person’s potential–supports optimism and continued efforts for parents and educators committed to the optimal development of all children.
But there’s a lot of opportunistic misinformation, toys, electronic games, and gimmicks for sale being dressed up in the guise of neuroscience. Daniel Willingham suggests care in buying into stuff and educational practices that proponents describe as supported by neuroscience–currently there’s a lot more junk than treasure out there being called ‘neuroscientific’:
New evidence supports the importance of rote learning demands in education. It’s all about balance– yes, kids need creative problem-solving and autonomy and engagement in their schooling, but they also need to acquire basic skills that are best mastered through memorization and repetition. Multiplication tables, word roots, and penmanship are best learned the boring old-fashioned way. Once mastered, these skills provide a foundation for more interesting and engaging learning.
In another great thought-piece, ‘ Why Kids Should Learn Cursive (and Math Facts and Word Roots),’ Annie Murphy Paul discusses these ideas:
The idea of ‘grit’ is being talked about a lot these days, inspired in big part by Paul Tough’s book, How Children Succeed: Grit, Curiosity, and the Power of Character. I agree that grit is too often ignored and that it’s hugely important–but it’s also important to remember that grit rarely leads to success unless it’s accompanied by some help and support along the way.
In this article, ‘Success comes from grit–and plenty of helping hands along the way’, Emily Hanford talks about the importance of social success in overcoming the challenges of poverty. Studying graduates of the YES Prep charter school network in Houston (founded in order to help poor and minority kids graduate from college), she wrote, ‘YES data shows that the students most likely to complete college go to schools where there are good support services and often a concerted effort to encourage and retain poor and minority students.’
Thank you to Annie Murphy Paul for posting this article on her blog.
A good analysis by Scott Barry Kaufman of why science and engineering majors might have a higher IQ than business, social sciences, and arts majors — SATs and IQs are measuring the kind of intelligence that’s needed in scientific fields, and don’t begin to measure the kinds of intelligences needed in other fields–social, emotional, musical, creative, for some examples
Kaufman concludes by saying, ‘It’s time to stop equating “smarts” with standardized test performance. When we do that, we create the artificial and misleading picture that we really can rank fields based on how brainy they are. When in reality, all we’re really doing is ranking fields based on how important tests scores are to becoming an expert in that field.’
Scott Barry Kaufman distinguishes genius (extraordinary adult performance that moves a field forward, like Einstein or Freud) from precocity (a child’s ability to do something at an adult level of competence–amazing for a child, but not noteworthy for an adult). He observes that ‘We must stop referring to the precocious as “geniuses” and see their feats for what they are: early signs that the child may be ready to start the long, arduous path to acquire the expertise required to learn, or even change, existing paradigms.’
He concludes by saying that although genes matter in a whole lot of way, ‘genius involves figuring out who you are, and owning yourself.’
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