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"What is constant multi-tasking doing to teens' brains? That's the question NewsHour Science Correspondent Miles O'Brien set out to answer as he interviewed teens and neuroscience experts around the country. Scientists at the National Institutes of Health are currently studying whether teens' addictions to technology are wiring their brains differently than those of their parents and earlier generations. During adolescence, brain connections are "pruned" - those that are used a lot are strengthened, while those that are rarely used fall off. According to a scientist at UCLA who also studies the effects of technology on teens' brains, the brain's release of the chemical dopamine has a lot to do with why technology can become addictive for young people. When the brain experiences something pleasurable, like connecting with others via social networking, it is hard-wired to want more of it by releasing dopamine. Yet other researchers say multi-tasking and playing intense video games can actually help develop some skills like better vision and improved short-term memory. Because modern technology is still in its infancy, scientists are only uncovering the beginnings of how it will affect the human brain functions of tomorrow.

from Canada:  "Scientists and teachers work together to develop and deliver science units comprised of hands-on lessons on specific themes. There is a major focus on the experimental process of science. The lesson plans fit the BC Ministry of Education guidelines for Science K to 7. Opportunities are created to link lessons to other areas of the curriculum, such as math, fine arts, English and French language arts, and First Nations. Some lessons focus on issues facing society such as marine pollution, climate change, soil erosion, biodiversity, and the importance of protecting the environment and ecosystems. Thirty-three science units have been developed during the Scientist in Residence Program and are organized within four curriculum areas. More than 200 science lesson plans are available for download as PDF documents. These include lesson plans for field trips, thereby extending learning in natural environments. Please scroll down to view the titles of science units for each curriculum area, and click on science unit titles to view and download individual science lesson plans. If required by your browser, please enable Scripts to download documents from this web site. New science lesson plans will be posted on this website as they become available."

A new gaming app is in development that will help scientists to analyse genetic data in the search for cancer cures. Cancer Research UK have teamed up with Google, Facebook and Amazon to develop a game you can play on your mobile that will simultaneously sort through genetic data. "A new gaming app is in development that will help scientists to analyse genetic data in the search for cancer cures. Cancer Research UK have teamed up with Google, Facebook and Amazon to develop a game you can play on your mobile that will simultaneously sort through genetic data.

great little story of how a school teacher added to the world's knowledge of humpback whales thanks to her own ongoing passion and inquiry into whales AND the benefit of Flickr, where she could examine other people's photographs of whales

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"Welcome to Reeko's Mad Scientist Lab. Your source of free science projects and experiments for parents, teachers, and children of all ages. Kick off your shoes. Pull up a chair. Make yourself comfortable. Oh yeah, did we mention that protective goggles are required... "

"Children who are taught how to think and act like scientists develop a clearer understanding of the subject, a study has shown. The research project led by The University of Nottingham and The Open University has shown that school children who took the lead in investigating science topics of interest to them gained an understanding of good scientific practice. The study shows that this method of 'personal inquiry' could be used to help children develop the skills needed to weigh up misinformation in the media, understand the impact of science and technology on everyday life and help them to make better personal decisions on issues including diet, health and their own effect on the environment. The three-year project involved providing pupils aged 11 to 14 at Hadden Park High School in Bilborough, Nottingham, and Oakgrove School in Milton Keynes with a new computer toolkit named nQuire, now available as a free download for teachers and schools. Running on both desktop PCs and handheld notebook-style devices, the software is a high-tech twist on the traditional lesson plan - guiding the pupils through devising and planning scientific experiments, collecting and analysing data and discussing the results."  Software is free to download

We know that the brain has a hugely important role to play in the students' learning that goes on in our classrooms. However, surprisingly, scientists still know relatively little about the workings of the brain, and most of what we do know has been discovered only in the last 15 years. Our challenge is to ensure that what we do know about the brain is translated into classroom practice and used to maximise student learning - this is the idea at the heart of Accelerated Learning. This unit introduces some of the principles of accelerated learning and explores techniques for you to try out with your pupils.

Brain based and constructivist learning is a huge area to learn about but basically it's the theory behind inquiry learning. Brain based learning put simply means using what scientists know about the brain to understand how students learn best.  Constructivist learning is the means by which we construct learning. It is based on students participating in constructing their own learning and the teacher facilitating this rather than teaching it to students as in the traditional chalk and talk model.  

Start of the school year, reading workshop, data collection

60-second podcast -- and text.  Top five practices = Forecasting, Observing, Confining, Responding, Innovating

Article re how the color and shape of rooms affects the thinking that goes on inside the rooms... "They tested 600 subjects when surrounded by red, blue or neutral colors-in both real and virtual environments. The differences were striking. Test-takers in the red environments, were much better at skills that required accuracy and attention to detail, such as catching spelling mistakes or keeping random numbers in short-term memory. Though people in the blue group performed worse on short-term memory tasks, they did far better on tasks requiring some imagination, such as coming up with creative uses for a brick or designing a children's toy. In fact, subjects in the blue environment generated twice as many "creative outputs" as subjects in the red one. Why? According to the scientists, the color blue automatically triggers associations with openness and sky, while red makes us think of danger and stop signs. (Such associations are culturally mediated, of course; Chinese, for instance, tend to associate red with prosperity and good luck.) It's not just color. A similar effect seems to hold for any light, airy space."

10 videos Total length: 13 minutes Description: Where did the phrase 'a wolf in sheep's clothing' come from? And when did scientists finally get round to naming sexual body parts? Voiced by Clive Anderson, this entertaining romp through 'The History of English' squeezes 1600 years of history into 10 one-minute bites, uncovering the sources of English words and phrases from Shakespeare and the King James Bible to America and the Internet. Bursting with fascinating facts, the series looks at how English grew from a small tongue into a major global language before reflecting on the future of English in the 21st century.

A group of Canadian scientists who specialize in learning, memory, and language in children think so. They've found evidence that pre-schoolers can improve their verbal intelligence after only 20 days of classroom instruction using interactive musical cartoons.

Based on research not just opinion. What is it about games that is transcendent? Perhaps it's the fact that games are optional, they are obstacles that we volunteer to overcome. Games are what we choose to do. They are what we are drawn to when we have a choice about how to spend our time and energy.  Games are freedom.

Article with lots of links to research around the subject of games being good for us.

Good TOK Maths/science/ issue.

electricity, probability, flight, climate change, imaginary numbers, microbes, etc. -- stories of inventors who were ignored or ridiculed or so close so long before the world realized the importance of the discovery...

Article on biomimetics-applying designs from nature to solve problems in engineering, materials science, medicine, and other fields.

Sugata Mitra's second TED talk (2010) in which he talks about how far he has taken his experiment.... children teaching children technology.... SOLEs (Self-Organizing Learning Environments)