Eclectic Technology
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Eclectic Technology
Tech tools that assist all students to be independent learners & teachers to become better teachers
Curated by Beth Dichter
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How Memory, Focus & Good Teaching Can Work Together to Help Kids Learn

How Memory, Focus & Good Teaching Can Work Together to Help Kids Learn | Eclectic Technology | Scoop.it
Technology enables students with nearly infinite information. But kids need help in learning how to learn in order to be creative and knowledgable.
Beth Dichter's insight:

Do we teach our learners how to learn? Neuroscientists are often at the cutting edge of research, and much more is known about how we learn. Is it time for educators to up this mantle and teach their classes what is known?

This post is divided into the following sections.

* Technology and Distraction - We know that the Internet may be distracting to many learners. Did you also know that the science is showing that multitasking does not really exist? When one multitasks the brain is rapidly switching  between different tasks, which interferes with  forming memory.

This discussion continues and is followed by a number of Takeaways, concepts that you may want to share with your learners. These include:

* Stress is bad for learning.

* Classroom decorations can be distracting.

* Test for a reason.

* Spend more time teaching learning skills.

Additional information is available in the post.

Sandy Kennedy's curator insight, April 10, 2015 11:35 AM

While brain theory is sometimes overrated, this gives good insights.

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The Science of Smart | American RadioWorks |

The Science of Smart | American RadioWorks | | Eclectic Technology | Scoop.it

"Researchers have long been searching for better ways to learn. In recent decades, experts working in cognitive science, psychology, and neuroscience have opened new windows into how the brain works, and how we can learn to learn better.

In this program, we look at some of the big ideas coming out of brain science. We meet the researchers who are unlocking the secrets of how the brain acquires and holds on to knowledge. And we introduce listeners to the teachers and students who are trying to apply that knowledge in the real world."

Beth Dichter's insight:

This radio documentary focuses on current research on how we learn. You may listen to the documentary, or you may read the transcripts. There are three programs that discuss:

* This is Your Brain on Language - This portion focuses on raising a bilingual child. It turns out that children whom are bilingual have higher executive functioning skills.

* Learning to Love Tests - That's right, we can teach students to love tests, but only if we use them correctly!

* Variation is Key to Deeper Learning - Trial and error is one way to learn, but it turns out that if you "build a level of desirable difficulty" into the learning process (and tests) students may retain more knowledge and skills.

Choose to listen to the interviews with experts in these areas, or read through the transcripts to learn more about this new research and how it may impact your teaching and your students.

diane gusa's comment, October 20, 2014 7:48 PM
your curation is the best!
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The Real Neuroscience of Creativity

The Real Neuroscience of Creativity | Eclectic Technology | Scoop.it
'The latest findings from the real neuroscience of creativity suggest that the right brain/left brain distinction is not the right one when it comes to understanding how creativity is implemented in the brain.
Beth Dichter's insight:

New research from a number of cognitive scientists "are overturning conventional notions surrounding the neuroscience of creativity." Recent findings is not located in a single region of the brain nor on one side of the brain. Instead various regions of the brain work together.

The post goes on to discuss "Three large-scale brain networks are critical to understanding the neuroscience of creativity across domains." The three networks are:

* The Attentional Control Network

* The Imagination Network

* The Attentional Flexibility Network

It then goes on to discuss the Neuroscience of Creative Cognition. As we gain new understandings of the brain and creativity it may require a paradigm shift....in the meantime this article may spark some new thinking in your brain.

Gary Faust's curator insight, August 30, 2013 8:53 PM

In experience creativity seems to be volitional not physiological, now there is some science to counteract this socially accepted point of view. 

Regis Elo's comment, September 18, 2013 7:01 PM
Sorry again for the delay.thankx for your comments. I add that it seems coherent to agree with both of you Kathy and Louise , inclueing the possibility to care about the individual self-consciousness and empathy as a specific human condition to be eternally unsatisfied WITHOUT SPIRITUALITY?....IT'S BEYOND! i guess
Saberes Sin Fronteras OVS's comment, September 19, 2013 1:18 PM
Thanks for the comments.
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Brain Research: Adolescents Learn More in Cooperative Groups | MiddleWeb

Brain Research: Adolescents Learn More in Cooperative Groups | MiddleWeb | Eclectic Technology | Scoop.it
Judy Willis, a neurologist & middle grades teacher, says adolescent brains learn more through interactive, interdependent group work.

Did you know that "peer group influence plays an important developmental role in the psychosocial process of separation from parents"? What does this mean to teachers of middle school students? That "interactive, interdependent group work" helps middle school students "build happy, learning brains."

This post will help you learn more about brain science, successful group work, how to plan for success, provides some researched-based guidelines and more.

Devon Clarke's curator insight, October 22, 2014 4:44 PM

When it comes to adolescents brain development in our western society today we can rely on school systems to play a large role in this. In this article is talks about how cooperative work groups in middle schools are the best ways for children to learn (Willis, 2012). I found this article to relate very closely to an academic journal I read comparing social development in pre schoolers in a values education program (Dereli-Iman, E, 2014, p.263). In the experiment of the academic journal researches found that children put into the values education program had better social development and less behavioural issues  (Dereli-Iman, E, 2014, p.263).  Even though this article of cooperative groups deals with middle schools students, it proves to say that cooperative learning groups gets all children involved, and forms for the greatest  levels of conceptual learning  (Dereli-Iman, E, 2014, p.263). In the text book Exploring Psychology in Modules, they state that day care is an area that has a huge impact on a child's development (Myers & Myers, 2008, p. 148). As Whetten stated, good quality child care is a warm and stimulations place for children, and poor child care is boring for this children making them unresponsive (Myers & Myers, 2008, p. 149). From these three articles you can see that schooling for children plays a huge role in brain development, and it is important to make sure they are in a good environment. Thought the author of this article, Judy Willis did not use a lot of scientific reasoning and proof in her article I found her findings and background to be very impressive. It would have made the article a little bit better if she would have added in some statistics to back up her reasoning about cooperative groups (Willis, 2012). A possible diverse group that would be effected through cooperative learning are kids from other countries who do not speak the foreign language. If a child was put into a cooperative group and was not able to converse with the other children it could possibly lead to negative outcomes for that student. 


Sources:


Myers, D. G., & Myers, D. G. (2008). Exploring psychology in modules. New York, NY: Worth Publishers.

 

Willis, J. (2012, September 14). Brain Research: Adolescents Learn More in Cooperative Groups | MiddleWeb. Retrieved from http://www.middleweb.com/2847/how-to-build-happy-brains/


Dereli-İman, E. (2014). The Effect of the Values Education Programme on 5.5-6 year old children’s social development: social skills, psycho-social development and social problem solving skills. Kuram Ve Uygulamada Eğitim Bilimleri, 14(1), 262-268. 

Ruth Virginia Barton's curator insight, February 13, 2015 11:08 AM

Supportive middle school teaching strategies like cooperative learning, class celebrations, and community-school collaborations lower stress and increase resilience in students and create HAPPY MIDDLE-SCHOOL BRAINS, neuro-imaging shows.

Ana María Hurtado's curator insight, August 14, 2015 8:16 AM

Of course, they do! 

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Sticky Teaching - Understanding What The Brain Can't Ignore (Infographic)

Thanks to Larry Ferlazzo for sharing this!

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What’s Going on Inside the Brain Of A Curious Child?

What’s Going on Inside the Brain Of A Curious Child? | Eclectic Technology | Scoop.it
New research suggests that curiosity triggers chemical changes in the brain that help students better understand and retain information.
Beth Dichter's insight:

It seems that most days you can find an article that discusses new findings about how the brain works...and many of these finding my be important to educators. This post looks at how curiousity may trigger chemical changes in the brain, specifically "the parts of their brains that regulate pleasure and reward" as well increased activity in the hippocampus, which plays a role in the creation of memories.

As a teacher I ask myself how can we get our students to ask questions? How can we ask our students to be curious (something that may be declining as standardized testing is pushed)?
This post may raise more questions than it answers for you, but it is well worth the time to read it and to consider how you might increase curiosity in your classroom. Who knows, you may find yourself very pleased with the results!

Aurore A.N Beaini's comment, October 28, 2014 10:26 AM
http://blogs.kqed.org/mindshift/2013/04/how-to-stimulate-curiosity/
Aurore A.N Beaini's comment, October 28, 2014 10:28 AM
I think your post is very interesting for children anyway, it's also useful for mothers
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Using Brain Research to Design Better eLearning Courses: 7 Tips for Success

Using Brain Research to Design Better eLearning Courses: 7 Tips for Success | Eclectic Technology | Scoop.it

"The brain is constantly on the lookout for ways to improve by obtaining new knowledge and skills, even before birth. Unfortunately, retaining information can be challenging, simply because instructors and course designers do not always use methods that facilitate remembering."

Beth Dichter's insight:

As teachers we are course designers. We design a lesson and if we teach face2face we see immediate feedback while teaching. The same feedback is not as apparent online. One question that is being researched looks at what brain research tells us about designing better lessons, and what applies to eLearning typically applies to what happens in our classroom. This post provides seven tips, with an infographic that show each. Click through to the post to see more detailed information for each tip and to find additional resources.

Below are three of the tips:

* Favor recognition over recall

* Help learners avoid stress and fear

* Keep the working memory in mind

Chris Carter's comment, May 1, 2014 8:26 PM
Thank you, Beth Dichter!
carldowse's curator insight, August 22, 2014 6:06 AM

Reassuring confirmation of good practice based on experience

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This Is Your Brain On The Internet

This Is Your Brain On The Internet | Eclectic Technology | Scoop.it
Is the internet and social media influencing your brain? Documentary filmmaker Tiffany Shlain investigates our changing behaviors in the connected world.

How do media and technology impact our brain? According to a "a recent study, Dr. Small observed brain activity in two groups of subjects interacting with a search engine –one that was 'net-savvy' and one that was 'net naïve'. The results showed increased brain activity in the experienced netizens, reflecting Shlain’s hypothesis that our online behaviors stimulate more brain systems."

For more information and to view a video on "our connected world" click through to the article.

Eric Moss's curator insight, June 29, 2015 10:11 AM

When you hear the word "addicted", normally the first thing that comes to mind is drugs, alcohol, and cigarettes, what about the internet? I found it extremely interesting that there is actually a classified disorder in today’s age, Internet Addiction Disorder. What if you go out to dinner, and you are sitting at the table for just to long, have you ever gotten a craving to just go check social media? It appears to me that social media is chemically changing our brains around. An interesting route to go might be quitting the Internet “cold turkey”, if it works for other addictions, why not try it for this. Seeing how the dopamine, and other chemicals are really reacting inside our brain could be beneficial to determining a solution to this up and coming problem. It seems as if our changing society has lead to such problems, maybe these are some of the repercussions we must face with our advancing technological state. 

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A Neurologist Makes the Case for Teaching Teachers About the Brain

A Neurologist Makes the Case for Teaching Teachers About the Brain | Eclectic Technology | Scoop.it

Should teachers be required to learn about the brain, to understand how neuroscience reseach has implications for teaching?

This post looks at how neuroscience knowledge strengthens a teachers ability to "help all children build their brain potential." Did you know that new research on the brains' neuroplasticity shows that educators may "help students literally change their brains - and intelligence."

Learn about what triggers student behaviors, how to bring neuroscience into education, why frontloading is more critical than ever, and find a wealth of resourcesto help you learn more about the neuroscience of learning as well as resources for your students to learn more about the brain.

And if you are looking for a free online course on Neuroscience and the Classroom: Making Connections check out this course from Annenberg Learner: http://www.learner.org/courses/neuroscience/.

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