wisesifu writes with news of a new open source NX server, dubbed NeatX, that was released by Google and promptly lost in the shuffle of the Chrome OS announcement. "NX technology was developed by NoMachine to handle remote X Window connections and make a graphical desktop display usable over the Internet. By its own admission, Google has been looking at remote desktop technologies for 'quite a while' and decided to develop Neatx as existing NX server products are either proprietary or difficult to maintain. 'The good old X Window system can be used over the network, but it has issues with network latency and bandwidth. Neatx remedies some of these issues,' Google engineers wrote on the company's open source blog. NoMachine had released parts of the source code to its NX product under the GPL, but the NX server remained proprietary. [...] Neatx is written in Python, with a few wrapper scripts in Bash and one program written in C 'for performance reasons.'"

SoaringIsAwesome writes "Dan Edwards, a student at NC State University, is attempting to break two records by creating an autonomous glider. The project goal is a 142-mile cross country flight and a 25-mile flight (with return) without human intervention. The glider finds thermal updrafts and automatically circles them to gain altitude, much like birds and insects do. Recently, the glider flew in the desert for 4.5 hours, covering 70.5 miles by itself using only air currents to stay aloft. Since the NC State demonstration vehicle does not have a motor, this shows real promise for unmanned aerial vehicles (UAVs) that actually have a motor, with possibilities of extending flight duration considerably. Combine daytime soaring with a solar energy system to charge batteries for the night, such as the 84-hour flight by QinetiQ's Zephyr, and you might just get an answer to flying for months on end. With this kind of endurance, the eye in the sky that the city of Lancaster is considering might be even more practical."

schwit1 writes "Fox News has an AP story on a hacker in San Francisco driving around and needing as little as 20 minutes to be successful in acquiring a passport number: 'Zipping past Fisherman's Wharf, his scanner detected, then downloaded to his laptop, the unique serial numbers of two pedestrians' electronic US passport cards embedded with radio frequency identification, or RFID, tags. Within an hour, he'd "skimmed" the identifiers of four more of the new, microchipped PASS cards from a distance of 20 feet. ... Meanwhile, Homeland Security has been promoting broad use of RFID even though its own advisory committee on data integrity and privacy warned that radio-tagged IDs have the potential to allow "widespread surveillance of individuals" without their knowledge or consent.'"

Ponca City, We love you writes "NetworkWorld reports that security consultants Andrea Barisani and Daniele Bianco are preparing to unveil their methodology at the Black Hat USA conference for stealing information typed on a computer keyboard using nothing more than the power outlet to which the computer is connected. When you type on a standard computer keyboard, electrical signals run through the cable to the PC. Those cables aren't shielded, so the signal leaks via the ground wire in the cable and into the ground wire on the computer's power supply. The attacker connects a probe to a nearby power socket, detects the ground leakage, and converts the signal back into alphanumeric characters. So far, the attack has proven successful using outlets up to about 15 meters away. The cost of the equipment to carry out the power-line attack could be as little as $500 and while the researchers admit their hacking tools are rudimentary, they believe they could be improved upon with a little time, effort and backing. 'If our small research was able to accomplish acceptable results in a brief development time (approximately a week of work) and with cheap hardware,' they say, 'Consider what a dedicated team or government agency can accomplish with more expensive equipment and effort.'"

DanS writes "Computerworld has an article about two Australian engineers who have invented 'Circuits in Plastic' technology. CIP designs aim to be more environmentally friendly than traditional circuits as they can be made from recycled plastic, don't contain any hazardous substances, and since packaging is part of the base circuit board, there is no need for additional packaging material. As an added bonus, different 3D shaped circuits can be made using CIP, which are also waterproof. No more ruining cell phones by getting them wet! The hope is that the technology will reduce the amount of toxic electronic waste in landfills, as even with lead-free technology, etching of existing printed circuit boards (and disposal of the chemicals) is a significant issue during manufacturing."

theraindog writes "PC storage has come a long way in the last few years. Perpendicular recording tech has fueled climbing capacities, 10k-RPM spindle speeds have migrated from SCSI to Serial ATA, Native Command Queuing has made mechanical drives smarter, and a burgeoning SSD market looks set to fundamentally change the industry. The Tech Report has taken a look back at the last four and a half years of PC storage solutions, probing the capacity and performance of a whopping 70 different notebook and desktop hard drives, SSDs, and exotic RAM disks. There's a lot of test data to digest, but the overall trends are easy to spot, potentially foretelling the future of PC storage."

Internet searching means that finding information mundane, obscure, or fantastically useful is just a few keystrokes away — but not if you're without a connection to the Internet (or can't read), both the norm for many of the world's poor. itwbennett writes "Rose Shuman developed a contraption for this under-served population called Question Box that is essentially a one-step-removed Internet search: 'A villager presses a call button on a physical intercom device, located in their village, which connects them to a trained operator in a nearby town who's sitting in front of a computer attached to the Internet. A question is asked. While the questioner holds, the operator looks up the answer on the Internet and reads it back. All questions and answers are logged. For the villager there is no keyboard to deal with. No complex technology. No literacy issues.' This week, Jon Gosier, of Appfrica, launched a web site called World Wants to Know that displays the QuestionBox questions being asked in real time. As Jon put it, it's allowing 'searching where Google can't.' And providing remarkable insight into the real information needs of off-the-grid populations."

Hugh Pickens writes "Business Week reports that the Chinese government has received an application from Apple seeking a Network Access License to sell the iPhone for officially-sanctioned use in the country. However, the application is for an iPhone that does not include Wi-Fi connectivity, a sticking point in negotiations with the Ministry of Industry and Information Technology, which wants the phone to only run on the cellular networks. 'Apple was hellbent on having the iPhone be Wi-Fi-enabled,' says analyst Matt Mathison. 'The Chinese government has been just as adamant that it not be.' For many years now, China ministry officials told wireless consumers that Wi-Fi would not be allowed on mobile phones for fear that consumers might be tempted to illegally load VoIP apps and make calls over the Net, undermining carriers' interests. However Glenn Fleishman says that China uses WAPI, a homegrown proprietary extension to Wi-Fi that only a handful of Chinese manufacturers have access to, and that equipment sold in China must have WAPI support and chips made in China. Fleishman speculates that China's WAPI standard contains backdoor technology to allow China to monitor any communications sent over 'secure' links."

godlessgambler writes "Within the past couple of years, memristors have morphed from obscure jargon into one of the hottest properties in physics. They've not only been made, but their unique capabilities might revolutionize consumer electronics. More than that, though, along with completing the jigsaw of electronics, they might solve the puzzle of how nature makes that most delicate and powerful of computers — the brain."

tunersedge writes "Yesterday I dug out of my parents' basement a PC they had bought brand new in 1984: Epson Equity I personal computer; 512K RAM; 82-key keyboard; 2 (count 'em!, 2) 5.25" floppy disk drives; 13' RGB monitor (with contrast/brightness knobs); handy on/off switch; healthy 25-year-old yellowed plastic; absolutely no software. (My mom ran a pre-school, and they used it to keep records and payroll. I cut my programming teeth on this thing. GW-Basic was my friend. Kings Quest screens took 2 minutes to load when you walked into a new one.) When I resurrected this machine I pulled the case off, dusted out a little, and plugged it in. It actually fired up! I'm stoked, except the disks we had are missing. What I'm looking to do is either buy some old working disks with whatever I can find (MS-DOS 3.22, GW-Basic, whatever), or try and recreate some using a USB-based floppy drive and some modern software. Has anyone tried to resurrect a PC this old before?"

LosManos writes "Which is the best programming mouse? Mandatory musts are wireless, and that it doesn't clog up like old mechanical mice. Present personal preferences are for: lots of buttons, since if I have moved my hand away from the keyboard I can at least do something more than move the pointer; sturdy feeling; not too light, so it doesn't move around by me accidentally looking at it." What would you recommend?

coondoggie writes "On a day when one of the largest wind farm plans bit the dust, the US Department of Energy is offering up a five-year, $45 million grant to design and build a large dynamometer facility for testing 5 to 15 MW rated wind turbines and equipment. The DOE says such a facility is needed as the US has fallen behind other countries in the race to build ever-larger wind turbines for energy production. According to the DOE, the average size of wind turbines installed in the United States in 2007 increased to roughly 1.65 MW. Additionally, turbines already developed range in the 2.5 MW to 3.5 MW capacity sizes; with plans being developed for even greater power ratings. The larger wind turbines have outpaced the availability of US-based testing facilities, the DOE stated."

Jon Morgan writes "Whilst heaving around numerous data storage systems to sell (they weigh A LOT!), we got to wondering: How heavy is a Petabyte of data storage? Our best guess is 365KG, which is 6 million times lighter than in 1980! But is there a lighter way to store a Petabyte?"

Bill Kendrick writes "My first computer was the short-lived 1200XL model of the Atari 8-bit computer line. I finally got ahold of one again, after having to settle with a lesser Atari system. My immediate reaction was: 'Damn, it's as big as my Dell Inspiron laptop!', and I couldn't resist doing one of those side-by-side comparisons, complete with photos of one system sitting atop the other. (I also put the 1983 storage and speeds in 2009 terms, for the benefit of the youngin's out there.) While in many ways the Atari pales in comparison to the latest technology they cram into laptops, I do get to benefit from SD storage media. It also still boots way faster than Ubuntu on the Dell, has a far more ergonomic keyboard, and is much more toddler-proof."

thecarchik writes with this interesting excerpt: "It takes a lot of energy to split hydrogen out from the other atoms to which it binds, either in natural gas or water. Which means energy analysts are skeptical about the overall energy balance of cars fueled by hydrogen. Ohio University researcher Geraldine Botte has come up with a nickel-based electrode to oxidize (NH2)2CO, otherwise known as urea, the major component of animal urine. Because urea's four hydrogen atoms are less tightly bound to nitrogen than the hydrogen bound to oxygen in water molecules, it takes less energy to break them apart."

schwit1 writes with this excerpt from an AP report: "Plans for the world's largest wind farm in the Texas Panhandle have been scrapped, energy baron T. Boone Pickens said Tuesday, and he's looking for a home for 687 giant wind turbines. Pickens has already ordered the turbines, which can stand 400 feet tall — taller than most 30-story buildings. 'When I start receiving those turbines, I've got to ... like I said, my garage won't hold them,' the legendary Texas oilman said. 'They've got to go someplace.' Pickens' company Mesa Power ordered the turbines from General Electric Co. — a $2 billion investment — a little more than a year ago. Pickens said he has leases on about 200,000 acres in Texas that were planned for the project, and he might place some of the turbines there, but he's also looking for smaller wind projects to participate in."

Linguo writes "Fusing human psychology with an advanced artificial intelligence engine, MyCyberTwin's virtual humans are being used by organizations like NASA and National Australia Bank to improve their customer support levels. MyCyberTwin technology is designed to allow almost anyone to build a virtual, artificial human — called a CyberTwin — which can handle such tasks as personalized customer support, client sales or even entertainment and companionship. CyberTwins can take the form of a clone of yourself, or a representative of your company, and they can live in almost any digital environment, including Web sites, virtual worlds, blogs, social network pages and mobile phones."

Cliff Bleszinski, design director for Epic Games, said in an interview with Develop that while motion control schemes like Project Natal look interesting, Epic will probably be sticking with classic controllers "for the foreseeable future." He said, "Microsoft came down a few weeks before E3 and gave us a demo, and they're now shipping out the dev kits; I think it's great. When you start combining the motion-capture, the facial recognition, and the vocal recognition you can create some unique experiences. And of course more accessibility is always a good thing. When you build an interface like that though you need to [specifically] design a game for it. It can't just be tacked on."

lee1 writes "A law in the US that is due to take effect in 2012 mandates such tough efficiency standards for lightbulbs that it has been assumed, until recently, that it would kill off the incandescent bulb. Instead, the law has become a case study of the way government regulation can inspire technical innovation. For example, new incandescent technology from Philips that seals the traditional filament inside a small capsule (which itself is contained within the familiar bulb). The capsule has a coating that reflects heat back to the filament, where it is partially converted to light. The sophisticated ($5.00) bulbs are about 30% more efficient than the old-fashioned ($0.25) kind, and should last about three times as long. So they are less economical than compact fluorescents, but should emit a more pleasing spectrum, not contain mercury, and, one supposes, present the utility company with a more desirable power factor."

Slatterz writes "Scientists from Israel's Technion University have unveiled a tiny robot, made using Micro-Electro-Mechanical Systems (MEMS) technology, purportedly able to crawl through a person's veins in order to diagnose and potentially treat artery blockage and cancer. The little robot — with a diameter of just one millimeter — has neither engine nor onboard controls, instead being propelled forward by a magnetic field wielded on it from outside the patient's body."