eldavojohn writes "You may recall the news that Google would not be paying Oracle for Oracle's intellectual property claims against the search giant. Instead, Google requested $4.03 million for lawyer fees in the case. The judge denied some $2.9 million of those fees and instead settled on $1.13 million as an appropriate number for legal costs. Although this is relative peanuts to the two giants, Groklaw breaks the ruling down into more minute detail for anyone curious on what risks and repercussions are involved with patent trolling."

Orome1 writes "Joanna Rutkowska, CEO of Invisible Things Lab, today released version 1.0 of Qubes, a stable and reasonably secure desktop OS. It is the most secure option among the existing desktop operating systems — even more secure than Apple's iOS, which puts each application into its own sandbox and does not count on the user to make security decisions. Qubes will offer users the option of using disposable virtual machines for executing tasks they believe could harm their computer. These VMs will be lightweight, easily and extremely speedily created and booted, and would be just as easy to discard." First covered back in 2010. See some screenshots of the X11 part in action (and they say displaying clients from multiple "hosts" isn't useful...)

cylonlover writes "Three-dimensional printers are popping up everywhere these days. Some are small enough to fit in a briefcase and others are large enough to print houses, but scientists at the Vienna University of Technology are going for the microscopic. Earlier this year, the university built a 3D printer that uses lasers to operate on a tiny scale. Now they're refining the technique to enable precise placement of a selected molecule in a three-dimensional material. This process, called '3D-photografting,' can potentially be used to create a 'lab on a chip' or artificially grow living tissue."

An anonymous reader writes in with a story about MIT's work on space suits to be used by Mars astronauts. "When we send the first humans to Mars we will need to get the most scientific data in the smallest amount of time while not exhausting our astronauts in the process. Dava J. Newman has been working on a 'biosuit' that's designed to do just that....Dava’s suit would be a huge leap forward in terms of construction as well. They’ve enlisted the expertise of Dainese, an Italian manufacturer of motorcycle racing 'leathers'—leather and carbon-fiber suits designed to protect racers traveling at up to 200 mph. The suit would be a degree safer than current space suits. While a puncture or scrape in a traditional space suit would cause a dramatic decrease in pressure and would be traumatic, even deadly, the 'biosuit' could be patched with a high-tech ace bandage. The wearer would wrap it around the punctured area to stop the leak almost instantly. Pressure loss would be minimal and the astronaut would be able to continue working and finish his or her task. "

theodp writes "Over at CNN, Omar L. Gallaga explains how Apple's story is like Breaking Bad, the TV drama whose protagonist — high school chemistry teacher Walter White — decides to use his science skills to cook methamphetamine to provide for his family after being diagnosed with terminal cancer. Walter takes shocking, out-of-character risks but reinvents himself as a brilliant, feared meth chemist who grows more ambitious, ruthless and cocky with each victory. 'Like Steve Jobs,' writes Gallaga, 'Walter White's cancer awakens a panic in him to hurry up and leave a legacy through his work.' Gallaga continues: 'Like Walter White, it [Apple] has mixed the proper elements at just the right amounts to create highly pure, addictive products. The products have been made within secretive working conditions. The skill employed to design and manufacture them tends to make what competitors put out seem like cheaper, cloudier, less effective imitations.'"

hypnosec writes "A Twitter-based system managed to detect the earthquake off the Philippines before any other advanced spotting systems being used by Seismologists. The U.S. Geological Survey uses the micro-blogging site to quickly gather information about earthquakes around the globe through the use of a system — Twitter Earthquake Detection (TED) — which beat out USGS's own sensors on Friday when it came to detecting a 7.6 magnitude earthquake off the Philippine coast. The TED system gathers earthquake related messages (Tweets) in real time from Twitter. The system takes into consideration various parameters like place, time, keywords, and photographs of affected places where tremors have been detected. Online information posted by people — Tweets, in this case — can be picked up faster by researchers, compared to scientific alerts that may take up to 20 minutes."

theodp writes "Drawn by amenities and talent, the WSJ reports that tech firms are saying goodbye to office parks and opting for cities. Pinterest, Zynga, Yelp, Square, Twitter, and Salesforce.com are some of the more notable tech companies who are taking up residence in San Francisco. New York City's Silicon Alley is now home to more than 500 new start-up companies like Kickstarter and Tumblr, not to mention the gigantic Google satellite in the old Port Authority Building. London, Seattle, and even downtown Las Vegas are also seeing infusions of techies. So, why are tech companies eschewing Silicon Valley and going all Fool for the City? 'Silicon Valley proper is soul-crushing suburban sprawl,' Paul Graham presciently explained in 2006. 'It has fabulous weather, which makes it significantly better than the soul-crushing sprawl of most other American cities. But a competitor that managed to avoid sprawl would have real leverage.'"

After its big win against Samsung, Apple named 8 Samsung products it wanted an injunction to ban from sale in the U.S. Apple wasn't content with that, though; USA Today reports on the state of the expanded list: "The new list of 21 products includes Samsung's flagship smartphone Galaxy S III as well as the Galaxy Note, another popular Android phone. If the court finds those devices are infringing Apple's patents and irreparably harming the U.S. company, it could temporarily halt sales in the U.S. market even before the trial begins."

Hugh Pickens writes "The Department of Defense currently relies on dogs as the animal of choice for explosives detection but training dogs is expensive and takes a long time. Now the U.S. Army is sponsoring a project to develop and test a rugged, automated and low-cost system for training rats to detect improvised explosive devices and mines. 'The automated system we're developing is designed to inexpensively train rats to detect buried explosives to solve an immediate Army need for safer and lower-cost mine removal,' says senior research engineer William Gressick. Trained rats would also create new opportunities to detect anything from mines to humans buried in earthquake rubble because rats can search smaller spaces than a dog can, and are easier to transport. Rats have already been trained by the National Police in Colombia to detect seven different kinds of explosives including ammonium nitrate and fuel oil, gunpowder and TNT but the Rugged Automated Training System (Rats) research sponsored by the U.S. Army Research Laboratory, plans to produce systems for worldwide use since mines are widespread throughout much of Africa, Asia, and Central America and demining operations are expected to continue for decades to restore mined land to civilian use. 'Beyond this application, the system will facilitate the use of rats in other search tasks such as homeland security and search-and-rescue operations" adds Gressick. "In the long-term, the system is likely to benefit both official and humanitarian organizations.'" A rodent-vs-mine matchup has apparently been in the works for some time.

Velcroman1 writes "When Apple founder Steve Jobs died after a long fight with cancer last year, software engineer Tony Tseung sent an email to a Buddhist group in Thailand to find out what happened to his old boss now that he's no longer of this world. This month, Tseung received his answer. Jobs has been reincarnated as a celestial warrior-philosopher, the Dhammakaya group said in a special television broadcast, and he's living in a mystical glass palace hovering above his old office at Apple's Cupertino, Calif. headquarters."

An anonymous reader writes "I live in the Middle East. Summer temperatures occasionally reach 60C/140F, well over the operating specs for most consumer tech. Quite a number of work and residential compounds are secured, prohibiting everything from computers to cameras to phones to USB sticks to car remote controls. When I know that I'm visiting one of those compounds, I end up leaving all the tech I can at home or in the office, and only bringing a cell phone, and leaving it in my car. However, "only a cell phone" has quickly morphed into "only two cell phones, a car MP3 player and remote, and .... ooh, shiny... a new tablet... and an electric razor just in case I have to touch up before a party in a compound." I'm wondering what kind of technologies we have for keeping all this tech cool for four hours in the car. Overnight events might last longer, but won't be as hot."

MrSeb writes with news on work toward flexible batteries good enough for Real World use (you have to power those flexible electrionics somehow). From the article: "LG Chem ... has devised a cable-type lithium-ion battery that's just a few millimeters in diameter, and is flexible enough to be tied in knots, worn as a bracelet, or woven into textiles. The underlying chemistry of the cable-type battery is the same as the lithium-ion battery in your smartphone or laptop — there's an anode, a lithium cobalt oxide (LCO) cathode, an electrolyte — but instead of being laminated together in layers, they're twisted into a hollow, flexible, spring-like helix. flexible batteries have been created before — but they've all just standard, flat, laminated batteries made from sub-optimum materials, such as polymers. As such, as they have very low energy density, and they're only bendy in the same way that a thin sheet of plastic is bendy. LG Chem's cable-type batteries have the same voltage and energy density as your smartphone battery — but they're thin and highly flexible to boot. LG Chem has already powered an iPod Shuffle for 10 hours using a knotted 25cm length of cable-type battery." Original paper (Extreme Tech claims it is paywalled, but it looks like it's not). The hollow core seems to be the key: "Moreover, a nonhollow anode proved to have serious problems with penetration of the electrolyte into the essential cell components such as the separator and active materials ... However, we were able to overcome these drawbacks by devising a unique architecture comprising a skeleton frame surrounding an empty space, that is, a hollow-spiral anode with a multi-helix structure This design enables easy wetting of the battery components with the electrolyte and the hollow space allows the device to compensate for any external mechanical distortion while maintaining its structural integrity. In addition, this helical architecture possibly enables the battery to be more flexible, owing to its similarity to a spring-like structure."

Nerval's Lobster writes "Did images of Nokia's upcoming Windows Phone 8 smartphones leak a few days early? That's the question after a Twitter feed, @evleaks, posted a set of images early on Aug. 31. The first, it claimed, was of the '4.3-inch Nokia Lumia 820,' while the second purported to show the '4.5-inch Nokia Lumia 920 with PureView.' Corporate-sanctioned leaks are a fairly regular thing in the tech world, but they tend to follow well-defined patterns: a public-relations executive — wait, sorry, 'unnamed source' — will email a journalist with an image of an upcoming device, for example, or a disgruntled former engineer will data-dump information onto their blog. Glossy publicity images originating from a new, relatively unknown Twitter feed is less common, although the Twitter feed in question has leaked other images in the past."

AmiMoJo writes "A court in Tokyo has ruled that Samsung Electronics did not infringe on a patent relating to transferring media content between devices. Tokyo District Judge Tamotsu Shoji dismissed the case filed by Apple in August, finding that Samsung was not in violation of Apple patents related to synchronizing music and video data between devices and servers." This particular battle is just one front in a patent war that spans ten countries and dozens of cases. Samsung also confirmed it was ready and willing to sue Apple if an LTE iPhone ever hits the market. Meanwhile, Apple was granted a number of new patents on Tuesday, including one for changing settings on a wireless device depending on its location (#8,254,902). For example, sound and light from the device could be disabled when entering a movie theater, or communications with other devices could be disabled in a science laboratory.

CharlyFoxtrot writes "Steve Wildstrom at Tech.Pinions takes on some of the what he calls folklore surrounding Apple v Samsung, investigating what was and wasn't part of the case and how the media got it wrong: 'There's one serious problem with the first sentence, which was repeated dozens of times in stories in print and on the Web. Apple only has a limited patent on the pinch to shrink, stretch to zoom gesture that is a core element of touch interfaces. And the 826 patent wasn't in dispute in the Samsung case because Apple never asserted it. In fact, this particular patent does not seem to be in dispute in any litigation.'"

dcblogs writes "Most of what is called innovation today is mere distraction, according to a paper by economist Robert Gordon, written for the National Bureau of Economic Research. Real innovations involve things like the combustion engine or air conditioning, not the smartphone. The paper includes thought experiments to help you gain more respect for genuine innovations such as indoor plumbing. The Financial Times has posted the complete 25-page paper.(pdf)"

derekmead writes "Hot on the heels of the U.S. Air Force's most recent failed test of an unmanned hypersonic vehicle, Russia now says it wants to jump into the hypersonic game with a long-range bomber. Will Russia's newest Bear fly at 4,500 miles an hour? The Russian military sure hopes so. 'I think we need to go down the route of hypersonic technology and we are moving in that direction and are not falling behind the Americans,' Russian Deputy Prime Minister Dmitry Rogozin said on Russian television. 'The question is will we copy the Americans' 40-year experience and create a [Northrop] B-2 analog or will we go down a new, ultramodern technology route, looking to the horizon, and create a machine able to penetrate air defenses and carry out a strike on any aggressor.' The Russians want their plane operational by 2020, which doesn't seem particularly realistic — we are talking about five times the speed of sound here, and Russia is just starting engine development. The U.S., meanwhile, has been investing in its Waverider program since 2004, and the last test of the X-51A scramjet-powered missile failed after just 15 seconds."

theodp writes "The Wall Street Journal reports that pair programming is all the rage at tech darlings Facebook and Square. Its advocates speak in glowing terms of the power of pair programming, saying paired coders can catch costly software errors and are less likely to waste time surfing the Web. 'The communication becomes so deep that you don't even use words anymore,' says Facebook programmer Kent Beck. 'You just grunt and point.' Such reverent tones prompted Atlassian to poke a little fun at the practice with Spooning, an instructional video in which a burly engineer sits on a colleague's lap, wraps his arms around his partner's waist and types along with him hand over hand."

Barence writes "Lexmark has announced it will stop making inkjet printers and cut 1,700 jobs as part of a cost-cutting restructuring move. Lexmark will stop all inkjet development worldwide by 2013, and close its Philippines-based inkjet supplies manufacturing plant by 2015. This will provide annual savings of $85 million, rising to $95 million by 2015. The total restructuring cost before tax is expected to be $160 million. The company is also looking into the possible sale of its inkjet-related technology." I know there are some purposes for which inkjets are good (modern home photo printing can be insanely good, and we've featured a lot of cool projects which use inkjets to print sensors, solar cells, antennae, and more), but I get just a little queasy whenever I see an inkjet printer purchased by an innocent friend or family member who doesn't realize quite how much it will end up costing them in the long run.

Nerval's Lobster writes "On August 24, a California court ruled in favor of Apple in its patent-infringement case against Samsung, hitting the latter with a $1.05 billion fine. Tech pundits spent the weekend chattering about the possible repercussions of the decision, which Samsung will surely appeal. One of the biggest issues under discussion: how Apple's victory will affect Google Android, the operating system that powers the majority of Samsung's mobile devices, and itself a player in the patent-infringement actions shaking the tech world. For its part, Google made every effort to create some distance between Android and the smoking ruins of Samsung's case. 'The court of appeals will review both infringement and the validity of the patent claims' the company wrote in a widely circulated statement. 'Most of these don't relate to the core Android operating system, and several are being re-examined by the US Patent Office.' Google didn't end there. 'The mobile industry is moving fast and all players—including newcomers—are building upon ideas that have been around for decades,' the statement continued. 'We work with our partners to give consumers innovative and affordable products, and we don't want anything to limit that."