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"iPhone 5 Called ""Gadget off the Year"" by Time Magazine, Apple's iPhone 5 (from $199 on 2-year AT&T, Sprint or Verizon plan) is a serious piece of hardware. Along with its powerful new A6 chip, iPhone 5 works on 4G/Long Term Evolution (LTE) networks for wireless speeds that rivals your home's broadband connection. iPhone 5 also has improved cameras: an eight-megapixel iSight rear-facing camera (3264 x 2448 pixels) and front-facing FaceTime camera with 720p HD quality for video calling. Samsung Galaxy S III The Samsung Galaxy S III (from $149 on 2-year plan with AT&T, Sprint, T-Mobile, U.S. Cellular, Verizon) is a true smartphone in every sense of the word -- and we're not even referring to its stunning 4.8-inch display, fast LTE speeds or versatile Android operating system. the Galaxy S III's front-facing camera knows when you're looking at the screen, so it'll give you the bright display you seek, but if your eyes look away it'll dim itself to preserve its battery. It also knows when you want to talk: if you're messaging with someone and want to call them, simply lift the smartphone to your ear and it'll dial for you. Nokia Lumia 920 As the flagship Windows Phone 8 device, Nokia's Lumia 920 (from $99.99 on 2-year AT&T plan), has a lot to offer, including a colorful Start screen with ""live tiles""; familiar Microsoft apps like Outlook, Word, Excel, PowerPoint and OneNote; and a People hub that aggregates all your contacts into one page per person (so you don't need to close, say Outlook, to see what that friend is up to on Facebook or Twitter). HTC Droid DNA and HTC One X+ A pair of Android-powered HTC devices are also worthy of ""best of 2012"" nods: the HTC Droid DNA ($149.99 on 2-year Verizon Wireless plan) and HTC One X+ ($199.99 on 2-year AT&T plan). Protected by Corning's uber-durable Gorilla Glass 2 technology, the Droid DNA's 5-inch 1080p HD screen was built for video, games, ebooks and web browsing. Integrated Beats Audio - an

"Unfortunately, the strength in the talent pipeline that we see in female soccer today is not the reality for technology. The U.S. is facing a shortage of Computer Science (CS) graduates. According to the Bureau of Labor Statistics, every year there are close to 140,000 jobs requiring a CS degree, but only 40,000 U.S. college graduates major in CS, which means that 100,000 positions go unfilled by domestic talent. Even more dramatic is that women in U.S. colleges and universities earn only 18 percent of CS degrees. In middle school, 74 percent of girls express interest in Science, Technology, Engineering and Math (STEM), but when choosing a college major, only 0.4 percent of high school girls select computer science. The true potential of future innovation will only become a reality if more women are part of it. A rich, diverse community of innovators is key for new technologies to address the needs of modern society. That is why Microsoft YouthSpark - a global initiative to create opportunities for all youth to learn computing - supports Girls Who Code, a national nonprofit organization that aims to close the gender gap in technology in the U.S."

"As someone who used to teach U.S. History I still get excited when I see iPad apps made specifically for the purpose of helping students understand significant events in U.S. History. The following apps are iPad apps that I've enjoyed using over the last year."

"At about this time last year John Green launched Crash Course World History. That video series now contains 42 short video lessons on World History. Today, John Green launched a new Crash Course series. This one is all about U.S. History. The first video in the Crash Course U.S. History series is now up on YouTube. I've embedded it below. The series starts before Europeans arrived in North America."

"According to Code.org, 90 percent of U.S. schools are not teaching any computer science. Eyebrows were raised in 2013 as the U.K. passed a plan to educate every child how to code. In 2014, Barack Obama made history as the first U.S. president to program a computer. Yet critics claim that often only the more affluent schools offer computer science courses, thus denying minorities potential to learn the skills required by the 1.4 million new jobs that will be created during the next ten years. In my opinion, parents of every student in every school at every level should demand that all students be taught how to code. They don't need this skill because they'll all go into it as a career -- that isn't realistic -- but because it impacts every career in the 21st century world. Any country recognizing that will benefit in the long term. Here's how you can start. With the following resources, you can teach programming with every student and every age."

"When the results of today's U.S. midterm elections are tallied, people will have a clearer sense of how the American people really feel about the current administration. Or at least, how they feel based on the information they've read leading up to the election - not all of which was factual. Alas, it's not just the temperature of the U.S. political climate that will be gauged; so too will the impact and reach of online misinformation. All the major social networks have made attempts to clamp down on fake news, but the trickery has only grown more insidious and pervasive, with new derivatives of fake news, such as fake fact-checkers. Indeed, it would appear that just as we outsmarted fake news, those pushing misinformation have outsmarted our outsmarting."

"Closing the achievement gap and giving all students access to a world of learning online remains one of the strongest allures of education technology. In the U.S., that conversation is often centered on the newest shiny device, slickest software or free app, but internationally mobile technology is revolutionizing learning too, often without fancy gadgets. Recognizing the creative learning strategies being implemented in developing countries could help expand thinking in the U.S and inform the ongoing discussion about how to use technology to deepen learning."

"Code.org sums up the situation nicely: Computer science drives innovation in the U.S. economy and society. Despite growing demand for jobs in the field, it remains marginalized throughout the U.S. K-12 education system. There are many reasons for this. As you well know, teachers are already stretched pretty thin, and often it seems like there's just no bandwidth to add something new to a very full schedule. Additionally, some schools have few or no computers and/or tablets for classroom use. But the earlier we introduce children to coding, the more comfortable they will be when presented with more in-depth learning opportunities in middle and high school. Also, early exposure to coding helps teach children how important it is to understand computers as the valuable tools they are rather than merely fun playthings."

"Mobile devices as teaching tools are becoming a more and more common part of the American education experience in classrooms, from preschool through graduate school. A recent Pew Research Center survey found that 58% of U.S. teachers own smartphones - 10 percentage points higher than the national average for adults. Those teachers are building that tech-savviness into their lesson plans, too, by embracing bring-your-own-device policies and leading the push for an iPad for every student. In 2013, an estimated 25% of U.S. schools had BYOD policies in place and it's reasonable to assume those numbers have risen in the past two years. What do these mobile devices really add, though? Is there more to this tech trend than just grabbing the attention of students? Is mobile technology boosting classroom instruction, or is it all just a flashy way to accomplish the same things as analog instruction?"

"t's been two and a half years since Code.org hired our first salaried employee. We've been humbled to watch the landscape change in K-12 computer science (CS) over that time. This teacher-powered movement has reached hundreds of thousands of classrooms and millions of students. We've never been more confident in our ability to realize our vision - that every student in every school should have the opportunity to learn computer science. Although only 25% of U.S. schools teach computer science and computer programming, the field is growing at a rapid pace. Enrollment in computer science is exploding. Over 10% of all U.S. students in grades K-8 registered accounts to begin coding in just the last 2 years. CS is the fastest-growing AP course of this decade. For the first time, the diversity of participating students is improving, with enrollment growth by women and students of color outpacing enrollment growth by White and Asian males."

"My finger painting childhood aside, it's no wonder STEM education is being touted with some urgency. The Bureau of Labor Statistics estimates that by 2020 the U.S. will create 1.4 million jobs in computer science-related fields. If current trends continue, U.S. citizens with the necessary skills and experience will fill only 30% of those jobs. Today, like a reconfigurable horse to the rescue, LEGO Education announced its new robot-based learning system, which it hopes teachers will incorporate into their curricula. Motorized LEGOs in school? Dude ..."

"Canada's ability to retain its position as a significant contributor to the global economy is contingent on our collective willingness to invest in improving digital literacy among Canadians now, equipping them to participate fully in our digital world. While some may consider this to be a radical position, it is already a widely accepted fact in much of the Western world. When it comes to coding education for youth, Canada has already been outpaced by countries such as Estonia, Britain and Australia. And we are even lagging behind our neighbours to the south. Earlier this year, U.S. President Barack Obama announced a "Computer Science For All" strategy to empower a generation of U.S. students with the skills they need to thrive in our digital economy. Coding education in schools can no longer be considered a unique competitive advantage. It must be understood as the minimum standard."

"Handset makers and wireless carriers love to load up Google's Android platform with custom overlays, user interface tweaks, and third-party programs that don't ship natively with the open source operating system. That's great for them, but most power users would prefer a clean version of Android to work with, which is why the third-party ROM community is popular. Well, following in the footsteps of Samsung and it's custom S4 that was announced at Google I/O, HTC is reportedly kicking around the idea of offering a Google Edition of its One smartphone. News of the custom HTC One comes from Russell Holly over at Geek.com. Citing un-named sources, Holly says the Google Edition device would be offered in the U.S. first, though it's unclear if it would be carried in the Play Store like the Galaxy S4 will be. Other details are equally light and vague, though Holly claims an official announcement could come within the next two weeks, with a release likely planned for sometime this summer." By-The Xpert Crew @ http://techvedic.com https://www.facebook.com/techvedicinc https://twitter.com/techvedicinc http://pinterest.com/techvedic1 http://techvedicinc.tumblr.com/ https://plus.google.com/u/0/110467075169904075419/

Phones and computers contain dangerous metals like lead, cadmium and mercury, which can contaminate the air and water when those products are dumped. It's called electronic waste, or e-waste, and the world produces a lot of it: 20 to 50 million tons a year, according to the UN - enough to load a train that would stretch around the world. The U.S. is by far the world's top producer of e-waste, but much of it ends up elsewhere - specifically, in developing nations like China, India and Nigeria, to which rich countries have been shipping garbage for years.

These images won't show up in search engines' image searches or on Flickr (save one exception), but instead can only be accessed via the links below. The images are a part of online collections created by institutions in the U.S. Some of the images may be a part of the public domain, but many will require permission or accreditation in order to use. So, no, these aren't necessarily images you can use in your next blog post, but that doesn't mean they're not useful. Instead, if given permission, these images could be used in the classroom, in private study, or even included in a media project or publication.

"For too long, the American education system failed too many kids, including far too many poor kids and kids of color, without enough public notice or accountability. To combat this, leaders of all political persuasions championed the use of testing to measure progress and drive better results. Measurement has become so common that in school districts from coast to coast you can now find calendars marked "Data Days," when teachers are expected to spend time not on teaching, but on analyzing data like end-of-year and mid-year exams, interim assessments, science and social studies and teacher-created and computer-adaptive tests, surveys, attendance and behavior notes. It's been this way for more than 30 years, and it's time to try a different approach. The big numbers are necessary, but the more they proliferate, the less value they add. Data-based answers lead to further data-based questions, testing, and analysis; and the psychology of leaders and policymakers means that the hunt for data gets in the way of actual learning. The drive for data responded to a real problem in education, but bad thinking about testing and data use has made the data cure worse than the disease."