Tuesday, May 1, 2012
This F-35 On Afterburner Is Your Airporn Porn of the Day and My New Desktop Background [Airplanes]
Ask DLS: What's your favorite mobile app at the moment?
But alas, not all apps are created equal; some are way, way better than others. Which leads me to today's Ask DLS question: What is your favorite mobile app at the moment?
We don't necessarily mean the latest craze; we'd like to hear about apps that have stood the test of time on your device, apps that are among the first you install on a new smartphones, apps that have earned their place on your home screen and in your heart.
So, what are some of these apps? Bonus points for links to screenshots in the comments!
Ask DLS: What's your favorite mobile app at the moment? originally appeared on Download Squad on Thu, 17 Mar 2011 14:30:00 EST. Please see our terms for use of feeds.
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Source: http://downloadsquad.switched.com/2011/03/17/ask-dls-whats-your-favorite-mobile-app-at-the-moment/
DIODES INORATED DIEBOLD DELL CYPRESS SEMICONDUCTOR ACCENTURE
BlackBerry 10 Could Be RIM's Savior
EMS TECHNOLOGIES EMC ELECTRONICS FOR IMAGING ELECTRONIC DATA SYSTEMS ELECTRONIC ARTS
Not Much Hyperventilating Over Hacker's Hypervisor Code Theft
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Rejected by Apple, Tawkon Radiation-Tracking App Launches on Android
Source: http://www.wired.com/gadgetlab/2012/04/tawkon-android-app-relaunch/
SPSS SPANSION SONUS NETWORKS SONIC AUTOMOTIVE SKYWORKS SOLUTIONS
Researchers build optical transistor out of silicon, provide path to all-optical computing
The speed of light is the universal speed limit, so naturally, optical technologies appeal when trying to construct speedy computational devices. Fiber optics let us shoot data to and fro at top speed, but for the time being our CPUs still make their calculations using electronic transistors. Good news is, researchers from Purdue University have built an optical transistor out of silicon that can propagate logic signals -- meaning it can serve as an optical switch and push enough photons to drive two other transistors. It's constructed of a microring resonator situated next to one optical line that transmits the signal, and a second that heats the microring to change its resonant frequency. The microring then resonates at a specific frequency to interact with the light in the signal line in such a way that its output is drastically reduced and essentially shut off. Presto, an optical transistor is born. Before dreams of superfast photonic computers start dancing in your head, however, just know they won't be showing up anytime soon -- the power consumption of such transistors is far beyond their electronic counterparts due to the energy inefficient lasers that power them.
Researchers build optical transistor out of silicon, provide path to all-optical computing originally appeared on Engadget on Tue, 01 May 2012 03:34:00 EDT. Please see our terms for use of feeds.
PermalinkSource: http://feeds.engadget.com/~r/weblogsinc/engadget/~3/BVV0yFqKdIQ/
ORACLE OPENWAVE SYSTEMS ON SEMICONDUCTOR NVIDIA NUANCE COMMUNICATIONS
Researchers build optical transistor out of silicon, provide path to all-optical computing
The speed of light is the universal speed limit, so naturally, optical technologies appeal when trying to construct speedy computational devices. Fiber optics let us shoot data to and fro at top speed, but for the time being our CPUs still make their calculations using electronic transistors. Good news is, researchers from Purdue University have built an optical transistor out of silicon that can propagate logic signals -- meaning it can serve as an optical switch and push enough photons to drive two other transistors. It's constructed of a microring resonator situated next to one optical line that transmits the signal, and a second that heats the microring to change its resonant frequency. The microring then resonates at a specific frequency to interact with the light in the signal line in such a way that its output is drastically reduced and essentially shut off. Presto, an optical transistor is born. Before dreams of superfast photonic computers start dancing in your head, however, just know they won't be showing up anytime soon -- the power consumption of such transistors is far beyond their electronic counterparts due to the energy inefficient lasers that power them.
Researchers build optical transistor out of silicon, provide path to all-optical computing originally appeared on Engadget on Tue, 01 May 2012 03:34:00 EDT. Please see our terms for use of feeds.
PermalinkSource: http://www.engadget.com/2012/05/01/researchers-build-optical-transistor-out-of-silicon-provide-pat/
Is the Washington Post Hiring Digg's Entire Tech Team? [Rumors]
CYPRESS SEMICONDUCTOR ACCENTURE ACER ADOBE SYSTEMS ADVANCED SEMICONDUCTOR ENGINEERING
Brick Brites Blinking LED Plastic Building Brick Review
Source: http://the-gadgeteer.com/2012/04/27/brick-brites-blinking-led-plastic-building-brick-review/
VIRGIN MEDIA VIEWSONIC VERISIGN VERIFONE HOLDINGS VEECO INSTRUMENTS
Neutrinos could deliver millisecond advantage to cyborg Gordon Gekkos
In a world where stocks are traded based on price changes monitored at the millisecond level, every sliver of a speed advantage gained counts. And, to get that edge, financial firms will go to almost any lengths, including building high powered particle accelerators in their basements. Well, at least that's what we imagine. Banks and high-frequency trading companies are looking to the neutrino as a potential communications tool. Scientists have already shown that the subatomic particles can travel through walls, now there's every reason to believe messages could be passed straight through the Earth, saving up to 44 milliseconds on each communique. Of course, there's one problem with this idea -- creating neutrinos currently requires either a nuclear reactor or a particle accelerator, something even the largest of financial firms don't usually keep on hand. Either the world's banks will have to snatch up CERN or build their own atom smashers. Neither of which seems like it's very likely to happen in the immediate future.
Neutrinos could deliver millisecond advantage to cyborg Gordon Gekkos originally appeared on Engadget on Mon, 30 Apr 2012 18:57:00 EDT. Please see our terms for use of feeds.
Permalink |Source: http://feeds.engadget.com/~r/weblogsinc/engadget/~3/-5ZLdDBYAqI/
NATIONAL SEMICONDUCTOR NATIONAL INSTRUMENTS MOTOROLA MOODYS MISCROSOFT OFFICE
Microsoft files antitrust complaint against Google in Europe, showdown imminent
Microsoft's complaint reads like a sincere and plaintive cry for help against the Google Overlord. Microsoft lists no less than six damning reasons why Google's behavior is anti-competitive -- from Windows Phone 7's incompatibility with YouTube, to its nefarious handling of Google Books -- and finishes with a wide-eyed plea to the European Commission to please find Google guilty.
For those of you that have been following Microsoft's own antitrust troubles over the last decade, don't worry: MS is quick to point out the irony in the situation. "There of course will be some who will point out the irony in today's filing. Having spent more than a decade wearing the shoe on the other foot with the European Commission, the filing of a formal antitrust complaint is not something we take lightly. This is the first time Microsoft Corporation has ever taken this step. More so than most, we recognize the importance of ensuring that competition laws remain balanced and that technology innovation moves forward."
It sounds like Microsoft, having well and truly gone through the wringer, wants Google to be held similarly accountable. That's fair enough, right?
Microsoft files antitrust complaint against Google in Europe, showdown imminent originally appeared on Download Squad on Thu, 31 Mar 2011 05:50:00 EST. Please see our terms for use of feeds.
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FINISAR FEI COMPANY FAIRCHILD SEMICONDUCTOR INTERNATIONAL FAIR ISAAC FACTSET RESEARCH SYSTEMS
Sand Trap is a fun and difficult physics maze game
The goal is to get as much sand as you possibly can out of the maze and into the bucket at the bottom of the screen. You need to rotate your maze every which way to get the sand rolling around it. You then try to direct the sand to one of the exits of the maze, and hopefully into the bucket. It took me several tries to actually get sand into the bucket, but that might be due to the fact that I didn't even realize the bucket was there at first. Things improved significantly after that.
As you level up, the mazes get more complicated, with moving parts and other things making your life more difficult. Once you manage to get through all these obstacles and get enough sand into your bucket, you can move on.
As I mentioned, this is not an easy game, but it's highly addictive. The graphics remind me of some long lost game from the 80s, but this just proves that you don't need super graphics and crazy sound to make a game work. There's a soothing guitar track playing in the background and that's it, as far as I could hear, and you can enjoy it just as much with no sound at all.
If you like a fun physics challenge, don't miss out on this one!
Sand Trap is a fun and difficult physics maze game originally appeared on Download Squad on Mon, 04 Apr 2011 16:00:00 EST. Please see our terms for use of feeds.
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Source: http://downloadsquad.switched.com/2011/04/04/sand-trap-is-a-fun-physics-maze-game/
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