You have to go to great lengths these days to distinguish your iPod dock from the teeming horde, but that's exactly what Speakal did here. To state the obvious, it's a pig, wearing sunglasses, and filled with stereo components. The beast has four-watt stereo drivers for eyes, a down-firing 15 watt subwoofer in the belly, controls in the snout, and ports in the tail region. There's also an internal lithium ion battery good for up to eight untethered hours on a charge. We're not sure what would possess you to buy the hog, especially for its $150 asking price, but it could be just the item you've been looking for to bolster your eccentric reputation... or ward off particularly annoyed fowl.
When it comes to building better batteries, building electrodes with greater surface area is key, and scientists are looking to exotic methods to attract the tiny particles they need. We've already seen graphene and carbon nanotubes soak up those electrons, but the University of Maryland has another idea -- they're using the Tobacco mosaic virus (TMV) to generate usable patterns of nanorods on the surface of existing metal electrodes. By simply modifying the germ and letting it do its thing, then coating the surface with a conductive film, they're generating ten times the energy capacity of a standard lithium-ion battery while simultaneously rendering the nasty vegetarian bug inert.
Meanwhile, the Center for Integrated Nanotechnologies (CINT) at Sandia Labs was more curious how these tiny charges actually work without confusing the forest for the trees, so to speak, so a team of scientists set about constructing the world's smallest battery. Using a single tin dioxide nanowire as anode, a chunk of lithium cobalt dioxide as cathode, and piping some liquid electrolyte in between, they took a microscopic video of the charging process. See it in all its grey, goopy glory right after the break.
Did you know that it takes nearly seven and a half million pounds of thrust to get a Space Shuttle off the ground and into the final frontier? NASA opts to generate that power by burning through 1,000 gallons of liquid propellants and 20,000 pounds of solid fuel every second, which as you might surmise, makes for some arresting visuals. Thankfully, there are plenty of practical reasons why NASA would want to film its launches (in slow motion!), and today we get to witness some of that awe-inspiring footage, replete with a silky voiceover explaining the focal lengths of cameras used and other photographic minutiae. It's the definition of an epic video, clocking in at over 45 minutes, but if you haven't got all that time, just do it like us and skip around -- your brain will be splattered on the wall behind you either way.
Sadly the Nanoblock-fronting NB1000 looks destined only for Japan, but Pentax is at least blessing those abroad with its RS1000 which, with its customizable and hot-swappable faceplates, offers you a modicum of two-dimensional customization. That cam has been reviewed over at Photography Blog, with the conclusion being that you won't be dazzled by the cam's features nor image quality, but for the $120 MSRP (closer to $99 street price) you could do a lot worse. That's especially true since you get 720p video and a 4x zoom out of the deal -- though an inability to zoom while filming means those two features remain somewhat mutually exclusive.
100 kilowatts of piercing light isn't something to sneeze at, even fired for just a few seconds, but Northrup Grumman's long-awaited weapons-grade laser recently ran for a full six hours. That milestone is the feather in the company's cap as it prepares to ship the hulking machine to the White Sands Missile Range in New Mexico, where it will presumably begin doing what it does best -- turning things into crispier, more exploded versions of themselves in no time flat. PR after the break.
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Northrop Grumman-Built Joint High Power Solid State Laser Keeps Lasing ... and Lasing ... and Lasing ...
REDONDO BEACH, Calif., Dec. 8, 2010 (GLOBE NEWSWIRE) -- The beat goes on for the world's most powerful and reliable solid-state military laser.
Since becoming the first to reach the 100-kilowatt power level threshold for a solid-state laser in 2009, Northrop Grumman Corporation (NYSE:NOC) has continued to push the performance parameters of the Joint High Power Solid State Laser (JHPSSL). Company engineers and technicians have logged more than six hours of operating time -- all at power levels greater than 100kW -- with the JHPSSL system as they prepare to integrate it with a pointing and tracking system for field testing.
"We don't know of another 100kW solid-state laser anywhere that has operated continuously for more than a few seconds," said Steve Hixson, vice president of Advanced Concepts - Space and Directed Energy Systems for Northrop Grumman's Aerospace Systems sector. The six hours of run time for JHPSSL doesn't include low-power operations used for routine maintenance, he added.
"That kind of performance is unparalleled in the world of high-energy lasers," Hixson continued. "The very reliable JHPSSL system just keeps lasing ... and lasing ... and lasing."
A major military sponsor for JHPSSL likewise noted the laser's reliability and dependability.
"Northrop Grumman has created the gold standard for high-power, solid-state lasers with its JHPSSL system," said Mark Neice, director, Office of the Secretary of Defense, High Energy Laser Joint Technology Office. "Not only did the company demonstrate the full set of performance qualities required for a solid-state laser weapon, but its achievements during the last 18 months remained unmatched in the community."
Northrop Grumman is putting JHPSSL through its lasing paces to prepare for its relocation from the company's laser factory in Redondo Beach, Calif., to a specialized, high-energy laser test range at White Sands Missile Range, N.M., the High Energy Laser Systems Test Facility (HELSTF) for field tests.
Once there, JHPSSL will be integrated with existing beam control and command and control systems to form the core of the U.S. Army's Solid State Laser Testbed Experiment.
"We are operating JHPSSL to prepare for operations associated with the test site environment, timelines and procedures," said Dan Wildt, vice president of Directed Energy Systems for Northrop Grumman. "We also are collecting new information to support integration with a pointer-tracker system and a future integration experiment involving a mobile, ground-based laser weapon."
"As the challenges to our deployed forces continue to change, JHPSSL can provide a proven, affordable transition to fielding a military laser weapon capability in the near-term. We've shown time and again that this solid-state laser technology is capable, mature and ready to begin defending our forces," Wildt emphasized.
Martin Wacks, JHPSSL program manager, said JHPSSL's ongoing reliability and robustness is a testament to the team that put together the revolutionary capability. "This achievement in solid-state laser technology has received wide recognition because those inside and outside the industry realize its potential for near-term military uses."
The JHPSSL program is funded by the Office of the Assistant Secretary of the Army for Acquisition, Logistics, and Technology, Washington, D.C.; Office of the Secretary of Defense - High Energy Laser Joint Technology Office, Albuquerque, N.M.; Air Force Research Laboratory, Kirtland Air Force Base, N.M.; and the Office of Naval Research, Arlington, Va. Responsibility for program execution is assigned to the U.S. Army Space and Missile Defense Command/Army Forces Strategic Command in Huntsville, Ala.
Northrop Grumman Corporation is a leading global security company whose 120,000 employees provide innovative systems, products, and solutions in aerospace, electronics, information systems, shipbuilding and technical services to government and commercial customers worldwide. Please visit www.northropgrumman.com for more information.
Though we found Verizon's new LTE network pleasantly speedy in early testing, there are a few rough edges to the tech -- Verizon's USB modem have difficulty handing off connected users from an EVDO network to an LTE one, and of course, they don't yet work on Mac. However, Verizon's since admitted to both these issues and pledged to remedy the twain. "Hand-offs can take up to a couple minutes, but that was expected and a fix is in the works," it told Computerworld earlier today. "Mac is not yet supported, and we've been working on drivers for Mac OS for weeks, and expect to update relatively soon," a representative added. Now let's see the company bring some sense to the wild, wild west we call the 4G market.
We'll keep it short and to the point: Google Instant for Mobile -- that is, for iOS4 and Android 2.2 devices and up, officially -- has taken an accelerated language program or two. Or 28, rather, representing 40 countries. Which ones? We'll let you find that out for yourself (which is a nice way of saying we don't know). Pick up your phone of choice, head to google.com, and let us know if you get the new option.
Switched On presents a short quiz to determine your content-delivery personality.
It's most important that my on-demand entertainment: a) is easy and accessible b) is not blocked c) is available at the optimum bitrate d) offers a new navigation paradigm e) advances the species The place I usually find entertainment is: a) the cloud b) my PC c) the NAS connected to my TV d) the long tail of the Web e) Madagascar
I navigate entertainment using: a) a simple traditional remote control b) my laptop's trackpad c) an on-screen folder hierarchy d) my cell phone's touch screen and QWERTY keyboard e) a keen sense of smell
My favorite thing to consume while watching movies is: a) popcorn b) processor cycles c) hard drive capacity d) cable industry hegemony e) fruits and leaves
I am identified with the following group: a) the mainstream b) resourceful purists c) geeks d) the bleeding edge e) primates
The thing that most interferes with my broadband enjoyment is: a) downstream bandwidth b) wireless HD bandwidth c) the number of seed nodes d) Hulu content blocking e) Harrier-hawks
If you answered mostly A, you are a streamer. You take your entertainment on demand from the cloud, mostly looking for an inexpensive way to get your Netflix on. Perhaps you bought an early Blu-ray player and you're interested in ditching the discs for Netflix's new streaming-only service. You're probably in the market for a Roku XD, Syabas Popbox or AppleTV.
If you mostly answered B, you are a beamer. Why bother to have a lot of boxes around the TV when you always have your trusty laptop to enjoy a broad array of on-demand video? Products that speak to you include the Wi-Fi-based Netgear Push2TV, UWB-based Imation Wireless USB Link and Veebeam, and the WHDI-based HP Wireless TV Connect.
If you mostly answered C, you are a dreamer. You want the ultimate box that can do most anything, and you're not afraid of moving around a few files to get it. Your gear must adhere to an endless list of supported codecs. While others may be content to enjoy what streams from the cloud, you're ready to start your own torrents. Products that try to take on the best of all worlds for you include the WDTV Live, Seagate GoFlex TV, CiragoTV Platinum, and especially the place-shifting, timeshifting Monsoon Vulkano.
If you mostly answered D, you are a schemer. You're really less concerned about what a box can do for you today, but you're getting in on the next generation of software platforms that want to find a home inside your television and maybe even looking to go beyond to videoconferencing. You might also seek that nirvana of integrating broadband and cable television through a standard such as AllVid, currently on track to appear in the year two thousand and neverteen. You're looking for products like the Logitech Revue and the D-Link Boxee Box.
If you mostly answered E, you are a lemur. Sorry to say, but the consumer electronics industry doesn't cater to you much, but enjoy those shadows.
Ross Rubin is executive director of industry analysis for consumer technology at market research and analysis firm The NPD Group. Views expressed in Switched On are his own.
Weta Workshop is filled with engineers, and that means they solve problems. Practical problems. For instance, how Valve Software is going to keep its throng of Team Fortress 2 players in awe. The answer? Use a gun. Like this heavy-caliber, tripod-mounted, fastidiously crafted life-size reproduction of The Engineer's level 1 Sentry Gun, which features a bona fide motion sensor for tracking whosoever is fool enough to venture into Valve's geektastic lobby in Bellevue, Washington and touch the darn thing. We're ready to volunteer. Video after the break.
We'll warn you that we have nothing but the word of an alleged Sprint employee that this is the real deal, but we don't know what else it could be -- if it walks like a duck and quacks like an EVO with a slide-out QWERTY keyboard, we're inclined to believe it's the HTC EVO Shift 4G. Factor in the noticeable lack of front-facing camera, silver trackpad and those throwback flat keys, and we're even willing to forgive those hastily penciled watermarks on the keyboard and on top of the clearly 'shopped screen. Even if this shot is legit, we haven't seen the full device yet -- it sure looks like this Knight is wearing a suit of plastic armor around the edges.
In possibly related news, Android Central nabbed an alleged screenshot of a Sprint database showing an "HTC A7373" handset coming to Sprint on January 9th, and while one Russian e-tailer seems to think that codename refers to the GSM-friendly Desire Z, we have to imagine a Knight / Speedy / EVO Shift release is far more likely than a T-Mobile G2 redux on Sprint's CDMA frequencies.
Update: Just to be clear, there are a few things about this image that irk us, not least of which that pasted-on screen. We're inclined to think this might be a dummy unit that was touched up to look like a real phone.
Google. Google, Google, Google, Google, Google!!! So precocious for an awkward tween. Fire up the Engadget Podcast Bingo site or iOS app and jump start your weekend with a hot tech injection full of a company that does much more than just search, these days, if you know what we mean.
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Rail guns play a major part in nearly every fanciful battle of the future, whether it be giant robots fighting for control of the Inner Sphere or the last remaining member of Noble Team holding off the Covenant invasion for as long as possible. They're the stuff of geeky dreams, and thanks to the US Navy they're closer to deployment than ever. Three years ago our sea-borne force managed an 8 megajoule blast, now its researchers have more than quadrupled that: 33 megajoules accelerating a projectile using magnets. That power means speeds of Mach 7 for the slug and a current range of 100 miles, though the hope is for at least double that by the time these things start finding themselves mounted on the decks of battleships in 2025. At that point they'll reduce the need for rooms full of powder charges and the associated dangers that come along with explosive shells, but will instead need to make way for what looks to be a warehouse full of capacitors. There's a video of the thing in action below, and you'll be sorry if you miss it.
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