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Interesting EDC study showing positive results with an online Algebra course for rural students in Maine and Vermont.    The 8th graders taking the virtual algebra course performed much better and were more likely to take advanced math classes by the 10th grade.  It's an example of educational technology being used in a very effective and appropriate way to address rural student equity issues.

Gates-funded MIT massive game

My colleagues at the Ed Arcade are designing this game - if anyone's interested, I can get you supplemental information.

What are some possibilities for e-books in math? Is it realistic to believe this will entice students to read more? How interactive are these e-books?

Struggle is good. A caterpillar story..

One example of using Ipads instead of math books. There is a brief mention of incorporating video, but the article does not go into detail about the format of the digital text books

If you haven't yet seen it, there is a fascinating video of Sal Khan speaking at the Gel 2010 conference. For those who haven't been following, Khan is the creator of the Khan Academy-a non-profit that has over 1,800 videos for free on the Web that teach topics in Math, Science, the Humanities, and so forth-and have attracted such an impressive following that they have more viewers than even MIT's open courses on YouTube. The Khan Academy reaches people all over the world with these videos, and recently Google awarded it $2 million to create more videos and translate them into additional languages.

Wondering if this idea of "Pulling people into education, rather than pushing them into it" can work for the world's "worst-off Children"? Most interesting ideas found in the TED talk here: http://www.good.is/post/education-innovation-in-the-worst-situations/ Q: Are there smart-phone/cell-phone-based MUVE games?

New York classroom where curriculum is entirely in video games. The program is called "Quest to Learn". Students learn math, english and other core subjects by playing multi user video games. The games are designed by learning games designers and are focused on problem solving.

I found this company that produces mobile apps to learn math. Their games seem to be fun!

One teacher claims that "The idea is to invert the normal rhythms of school, so that lectures are viewed on the kids' own time and homework is done at school." - Do you agree that this is a good solution? 

I too am intrigued by this "inverting" of time spent in the classroom and at home. My idealized model would be to introduce learners to new material at their own pace out of the classroom (allowing for pausing, note taking, reflecting and/or rewinding) and focus classroom time on face to face guiding and coaching of clusters of students or individual students engaged in applying or exploring the current material. To help facilitate this (and assist with accountability) some brief form of pre-assessment before class or at the start of class could illuminate for student and teacher alike what material has been mastered and what needs more attention. The research report from the TIE Foundations summer reading appears to support this type of hybrid approach. => Marsha Lovett, Oded Meyer, and Candace Thille (2008). The Open Learning Initiative: Measuring the effectiveness of the OLI statistics course in accelerating student learning.

An added benefit of tools such as Khan Academy is the option for reinforcement. In a traditional K-12 school environment students do not have the option to watch a video of their class or spend personalized time reviewing a concept they need more time with during class time due to the required pace of school curriculum. An online learning tool allows a student to watch a lesson as many times as needed and to learn from an expert. Often if a student needs help outside the classroom the only people they turn to is parents, who may or may not know about the content themselves.

The real question is what the tablet can and cannot do

I would liken this to a graphing calculator (that is typically required of student's to purchase for the purpose of higher math classes) versus the classroom set of calculators typically found in the elementary math manipulative kits - the ultimate purpose of each device is very different - but the basic or fundamental features are the same - so for India, does it matter how "advanced" the system is if they really just want to get the poorest of its citizens on some type of level playing field?

Newest Disney attraction called - Sum of All Thrills where kids get to design their own virtual roller coaster. It uses virtual-reality technology. "Disney hopes the interactive nature of the ride would also help kids learn that math and science can be fun."

While I would not consider this incredibly expensive ride a 'distruptive innovation' or even an emerging ed technology, what Epcot has done by bringing this DIY-VR concept to the masses (if you are one of the masses that can A- afford Disney and B-have the patience to wait in line for `5-6 hours) is very important to future ed tech innovation strategies. The progression/invention of such cost prohibitive entertainment tools will fall squarely on the high-end theme parks and consumer venues. The challenge has been set by Epcot and now others must either compete directly or develop a better or more accessible solution. Off the top of my head, I can think of a few cost saving innovations that might be developed in this 'race'- Artificial G-Force Engline: variable air pressure, smart-chairs, fans

"Despite popular opinion, the flow of qualified math and science students through the American education pipeline is strong-except among high-achievers, who appear to be defecting to other college majors and fields."

iPod touch, and most are usable with the iPhone as well, apps listed by subject matter. English, Math, Music...

"President Obama will launch the "Educate to Innovate" campaign, a nationwide effort to help reach the administration's goal of moving American students from the middle of the pack to the front in science and math achievement over the next decade. The President will announce a series of partnerships involving leading companies, universities, foundations, non-profits, and organizations representing millions of scientists, engineers and teachers that will motivate and inspire young people across the country to excel in science, technology, engineering and mathematics (STEM)."