Forty percent of the world's population will have access to the Internet by 2015, according to a new forecast released this week by market research firmIDC. But the way they access it is shifting drastically, particularly in the United States, Western Europe, and Japan, as media tablets and smart phones begin to take the place of the traditional PC.

In fact, in the United States, more people will access the Internet through their mobile devices than through wired connections by 2015, IDC reported.

Near-Term Technologies

In the near term--one year or less--those technologies include cloud computing and mobile devices.

For education, the relevance of cloud computing this year--as opposed to last year, when cloud computing was focused more heavily on data systems--will be in allowing schools to expand the tools available for learning and teaching in ways that desktop software, with its restrictive licensing and often high costs, cannot.

"Schools are increasingly taking advantage of ready-made applications hosted on a dynamic, ever-expanding cloud that enables end users to perform tasks that have traditionally required site licensing, installation, and maintenance of individual software packages," according to the authors. "E-mail, word processing, spreadsheets, presentations, collaboration, media editing, and more can all be done inside a Web browser, while the software and files are housed in the cloud."

Mobile devices, of course, are already having an impact, but their potential, according to the report, has increased considerably with the launch of Apple's iPad, as well as the new and upcoming slate of Android- and webOS-based tablets that will help solidify the mobile/handheld device class as a well rounded and feature-rich technology category.

"With always-on Internet, mobiles embody the convergence of several technologies that lend themselves to educational use, including electronic book readers, annotation tools, applications for creation and composition, and social networking tools," the report said.

Mobile computing will continue to dominate the education landscape for the foreseeable future. Ubiquitous access, instant on features, and low price point will drive more adoption of these devices. I have seen a huge increase in adoption of the iPhone since it became available on Verizon in the school where I work.

Mobile devices are now found in the hands of most children, and school leaders are using that to their advantage by incorporating devices that students already own into classroom lessons and projects.

Concerns remain about students who are unable to purchase or borrow a device for use in the classroom, but districts might find creative ways—such as asking local businesses or community organizations for help—to provide devices in such instances, advocates of the trend say.

With access issues in mind, allowing students to bring their own devices from home can offer educational benefits, as well as some surprisingly positive results when it comes to creative thinking and classroom behavior.

You can read the full article here.

iGrill is revolutionizing the way we cook & grill today!

The iGrill combines standard function, technical innovation and impeccable style to produce the most complete cooking thermometer on the market today.

Equipped with long-range Bluetooth®, useful Apps and a range of amazing features, iGrill turns your iPhone, iPod Touch or iPad into your own personal Sous-Chef.

The proliferation of smart phones and other mobile devices has also lessened the need for a laptop on campus, said Smith. Already equipped with multiple WiFi-enabled devices, students don't really need another piece of equipment, particularly one that's partly or entirely controlled by their institution of higher education. 

So instead of focusing on equipment giveaways, Smith said, George Fox University is focusing its efforts on beefing up its WiFi network to accommodate all of those devices.

"That's where we'll be throwing most of our dollars (the money saved by not having to buy laptops) this year," said Smith, who pointed to coverage and density as the two biggest issues that the college will be addressing within its wireless network. "We've seen weaknesses within our network, and we'll be working to address them."

The full article can be read here.

Given the proliferation of ubiquitous mobile computing devices I think this is the proper strategy going forward for schools and universities. Spend your money beefing up your wireless infrastructure and allow students to use their own devices. The best mobile computing device is the one the student is most comfortable using.

Mini Microscope is an attachment for the iPhone 4 that will allow you to use your Apple smartphone to conduct science experiments. The attachment comes with a 60X zoom lens and dual-LED lights to turn your iPhone 4 into a mini microscope that can come in handy for those who are working in the field.

At a recent Nokia Musings technology panel in Silicon Valley, Nokia had invited researchers from Stanford University and the University of California, Berkeley to talk about the intersection of technology and humanity. Those researchers, who used Nokia smartphones and outfit those devices with their own custom lens solutions to create their own mini microscopes, say that the quality of their miniature microscopes are almost as good as more expensive and bulkier systems in the lab, but are a lot cheaper and more portable. With mobile labs enabled by high-powered smartphones scientists can rapidly obtain results without having to send their data to a lab, which can save time and resources.

If the iPhone 4′s kit offers similar results as the Nokia solutions, this may help field researchers and scientists in remote areas obtain, gather, and analyze data relatively inexpensively. Unlike the custom Nokia solutions that research scientists had to create, the iPhone 4 kits are commercialized, similar to telescopic lens solutions for a faux DSLR experience on an iPhone, and can be obtained for £29.99,

The following is from NetWitsThinkTank:

This phenomenon is not just occurring in the US – According to a report by International Telecommunications Union (ITU) mobile subscription growth was strong in developing countries (which have 3.8 billion subscriptions), from 53 per cent of total mobile subscriptions at the end of 2005 to an estimated 73 per cent at the end of 2010. AMD is predicting that, by 2015, 50% of the world will have an Internet connection and Phone Count predicts that by 2012 there will be as many connected mobile phones as there are people in the world.

In 1985, when Bruce Springsteen wrote “We learned more from a three-minute record than we ever learned in school,” he was talking about the lure of whatever might be waiting outside every classroom around the world. That  youthful feeling of the world passing you by — the things you were missing as you sat in a classroom day after day — is an age-old challenge for educators. It’s one that’s about to be subjected to an even greater assault as the digital generation moves deeper into education.

The Internet was the first volley on the way a generation learned. Students no longer had to trudge to the library to research a topic. The encyclopedias of our parents’ generation were tossed into recycling bins, and a combination of Google and Wikipedia was all students needed to complete even the most ambitious assignments. Even with all their merit — the world’s opinions and research at your fingertips — educators shunned the tools in the class. They banned the Internet to the corner, equipping it with the dunce cap.

Mobile is the second volley in this assault on education, and the impact is going to be far larger and broader-reaching than the Internet and computers were before it. If the web brought research to the desktop, mobile brings all that power — plus context — to the hip pocket. We all have the ultimate ability to find, disseminate, discuss, opine, distribute and create on the fly, and this power is something educators will need to embrace — and quickly.

New mobile technologies such as augmented reality, Google Goggles and real-time language translation applications are helping smartphones become key tools in the real-time learning toolkit. And students are bringing this technology into the classroom.

This generation of students is far different from its predecessors when it comes to the consumption of technology. Students coming of age during the Internet revolution seemed to be much more engaged in the making of technology — building the foundation of bits and bytes — while students today are much more inclined to use the technology for other pursuits, including education. Using mobile technology to learn is as natural a move and non-disruptive for this generation as it was for their parents to bring encyclopedias out of the library and into the home.

The single, most powerful pull of mobile is the seamless connectivity it enables. There has never been a time in history where the earth has been flatter, where it was easier to have a social network that extended beyond a city or country or hemisphere, or that different cultures were as exposed in real time – and it’s all because of the smartphone. This power is global and comes to life through the 250 million mobile Facebook users, photo applications like Instagram and mobile video sharing services like Qik.

“The next wave of teaching, when you’re facing students who have computers in their hands or on their desks, really is about taking advantage of that connectivity,” says Sidneyeve Matrix, National Scholar and Assistant Professor in the Department of Media and Film at Queen’s University in Kingston, Ontario. “So that’s just another reason for educators to push for mobile learning opportunities or to challenge themselves to figure out to utilize the technology their students already have.”

With this power, there’s the growing potential to also increase the gap between the technology haves and the technology have-nots, as well as the growing concern that  “always connected” means never able to concentrate on the task at hand. The classroom is the perfect place to teach the potential of mobile learning and, at the same time, expose the technology to students who don’t have access to it. Teachers can start by bringing in games that leverage mobile. Quizzes and micro-learning opportunities abound during the school day; use mobile to capture them. Exposure can also come in the form of recording classes and turning them into podcasts, assigning teams to work on mobile video projects or even doing real-time scavenger hunts on campus or in the community.

This often leads to a profound argument that has been in our discourse since Google launched and became the Internet’s conduit to humanity’s collective brain: Are kids learning to learn or are they simply learning to find. It’s a subtle difference. Has information become temporary, or even disposable? Face it; we don’t go to school really to learn about things — natural curiosity will overcome learning lethargy to drive lifelong education — but we do go to learn to learn and that’s what will be impacted the most with mobile.

Learning is a skill. Teaching that skill happens every day in the classroom but it need not end there, and that’s where mobile can truly shine. Mobile holds the nascent promise of bridging the desire to learn about everything and the ability to learn about it anywhere. The key now is to start.

For almost 10 years Rob has been immersed in the middle of the mobile revolution in roles ranging from strategic advisor, board member and coach to VP Operations and President and CEO. Rob currently runs UNTETHER.tv where he interviews mobile luminaries about how they are building their businesses and he also strategizes with major brands on embracing mobile within their organizations.

Image courtesy of Flickr user mortsan.

Study Boost would be a great project for extending learning and allowing students to study at their own pace (and on the go!).