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In-depth look at Google TV and its market. Well worth the read. Is this at last the long-anticipated convergence of television and the Internet?

Very interesting article describing the near market ready potential of "supercapacitor" batteries.   This is truly game changer stuff, and very interesting to me since i've been following the research and development of "graphene technologies" for some time.  The graphene superconductor targets the future of both energy and computing.  But graphene is also at the cutting edge of "faster, better, cheaper" water desalinization!  Nor does it take a rocket scientist to see that a graphene nano latice will have an enormous impact on methods of separating water (H2O) atoms to create an electical current - a cost free flow of electons.   Very well written research! excerpt: "an article in the recent issue of Nature Communications on a novel way to mass-produce so-called superconductors on the super-cheap - using no more equipment than the average home CD/DVD burner. Hacked together by a group of research scientists at UCLA, the ingenious technique is a way of producing layers of microscopically nuanced lattices called graphene, an essential component of many superconductor designs. It holds the promise of rapidly dropping prices for what was until now a very expensive process. You see, we've known about the concept of supercapacitors for decades. In fact, their antecedent, the capacitor, is one of the fundamental building blocks of electronics. Long before the Energizer Bunny starting banging its away around our television screens, engineers had been using capacitors to store electrical charge - originally as filters to help tune signals clearly on wireless radios of all sorts. The devices did so by storing and releasing excess energy, but only teeny amounts of it... we're talking millions of them to hold what a simple AA battery can. Over the years, however, scientists worked on increasing their storage capacity. Way back in 1957, engineers at General Electric came up with the first supercapacitor... but back then there were no uses for it. So, the technology

Excellent article on the surprising decline and increasing irrelevance of Microsoft. excerpt: All of this has diminished the biggest number of all: After reaching a peak market capitalization of $642 billion in September 2000, Microsoft's worth has been sliced in half. These reversals have occurred even as Microsoft has spent astronomic sums on research and development--$8.7 billion in the last year alone. Microsoft has also lost ground in key areas in which the Redmond giant had viable contenders well before the competition. Microsoft saw the potential of television in the mid-1990s with WebTV, years before companies like Apple and Google took up the battle for the living room. In short, changing appetites of the marketplace, technological evolution and questionable decision-making inside Microsoft itself have combined to accomplish what antitrust regulators never did: rolling back the company's dominance and opening the terrain for newer, nimbler entrants.

First, what is a "cloud OS" and why should I want one? Actually, I don't even know if anyone calls it a "cloud OS", but I couldn't find a better generic term for something like ChromeOS. The basic idea is that apps and data all live on the Internet, which is has been renamed "The Cloud" since that sounds cooler, and your laptop or whatever is basically just a window into that cloud. If your laptop is stolen or catches fire or something, it's not a big deal, because you can just buy another one and nothing has been lost (except your money). Many people characterize this approach as using a "dumb terminal", but that's wrong. Your local computer can still do all kinds of smart computation and data manipulation -- it's just no longer the single point of failure. To me, the defining characteristic of cloud based apps is "information without location". For example, in the bad old days, you would install a copy Outlook or other email software on your PC, it would download all of your email to your computer, and then the email would live on that computer until Outlook corrupted its PST file and everything was lost. If you accidentally left your computer at home, or it was stolen, then you simply couldn't get to your email. Information behaved much like a physical object -- it was always in one place. That's an unnecessary and annoying limitation. By moving my email into "the cloud", I can escape the limitations of physical location and am able to reach it from any number of computers, phones, televisions, or whatever else connects to the Internet. For performance and coverage reasons, those devices will usually cache some of my email, but the canonical version always lives online. The Gmail client on Android phones provides a great example of this. It stores copies of recent messages so that I can access them even when there is no Internet access, and also saves any recent changes (such as new messages or changes to read state), but as soon as possible it sends those chang

Let's also not forget that what is now named "Verizon" used to be named Bell Atlantic, one of the seven Baby Bells that were spun off by AT&T by government order during antitrust proceedings.  In other words, this is one of the companies rate-payers financed through a heavily-regulated analog telephony absolute monopoly. But Verizon wants to spread its wings and escape the chains of regulation as a telecommunications carrier. While having its cake and eating it to, according to this article. The FCC has poised itself through a proposed rule with the flexibility to postpone a decision on net neutrality.  AT&T famously was allowed to keep its R&D arm while being freed of the expense of upgrading the U.S. telephony network from analog to digital and from copper wire to fibre optic.  And pay for those Baby Bells to make that transition we did. I remember monthly bills for a two person office running as high as $1,100 a month for calls all carried from Baby Bell to AT&T and back to another Baby Bell. All at state-regulated rates with FCC looking the other way. But now Verizon, Comcast (the originally munipally regulated cable television monopolies) and the few other "competing" survivors of that broadband rollout, having had their infrastructure paid for by the ratepayers, want to fly off and begin charging us at the other end of the pipe,via charges to content providers that will be passed on to us. Leading to the squeezing out of Mom and Pop internet businesses by the big content providers that can afford the charges and pass them on to us. This is looking more and more like another massive rip-off of the customers who already paid for that infrasture. Is that banksters I smell, privatizing a enormous public utility in the name of free markets?      

An important test case on the constitutionality of stingray mobile device surveillance.

I think it plain that we need a flat ban on the same company controlling both an ISP and a content company. Comcast, the ISP/content company has proved that it's willing to misuse its ISP powers to disfavor other content companies such as Hulu and Netflix via network throttling. AT&T plus Time Warner would undoubtedly do the same. And Comcast led the charge against net neutrality, attempting to expand its revenue base from its ISP subscribers to include new charges on content providing companies. We need a clean separation between ISPs and content companies.