schliz writes "Researchers at the Delft University of Technology are developing nanostructured batteries that are expected to deliver more usage between charges, and shorter charge/discharge times, to mobile consumers within the next five years. The batteries will improve electric and hybrid vehicles, researchers say."

brunascle writes "Researchers have devised a new way to patch hardware. By treating a computer chip more like software than hardware, Josep Torrellas, a computer science professor from the University of Illinois at Urbana Champaign, believes we will be able to fix defective hardware by a applying a patch, similar to the way defective software is handled. His system, dubbed Phoenix, consists of a standard semiconductor device called a field programmable gate array (FPGA). Although generally slower than their application-specific integrated circuit counterparts, FPGAs have the advantage of being able to be modified post-production. Defects found on a Phoenix-enabled chip could be resolved by downloading a patch and applying it to the hardware. Torrellas believes this would give chips a shorter time to market, saying "If they know that they could fix the problems later on, they could beat the competition to market.""

An anonymous reader writes "'1080p provides the sharpest, most lifelike picture possible.' '1080p combines high resolution with a high frame rate, so you see more detail from second to second.' This marketing copy is largely accurate. 1080p can be significantly better that 1080i, 720p, 480p or 480i. But, (there's always a "but") there are qualifications. The most obvious qualification: Is this performance improvement manifest under real world viewing conditions? After all, one can purchase 200mph speed-rated tires for a Toyota Prius®. Expectations of a real performance improvement based on such an investment will likely go unfulfilled, however! In the consumer electronics world we have to ask a similar question. I can buy 1080p gear, but will I see the difference? The answer to this question is a bit more ambiguous."

Via a Wired Blog, an anonymous reader wrote with a link to a post on the Geek Technique website. There, post author Mark Hoekstra details how to replace an iPod's HDD with flash memory. It's not an inexpensive procedure, as 16 Gigs of flash memory is still a mite expensive, and the post is not a 'how-to'. Just the same, the project took painstaking work and is well worth recognizing. "I guess I can say I found ways of eliminating almost every hard drive out of almost every hard drive based iPod thereby eliminating all moving parts. The only one left is the iPod video which would only need a slightly different adapter. But next to that I've got a gut feeling that one's being upgraded to flash memory by Apple themselves any time soon."

Roland Piquepaille writes "The launch of the Orbital Express mission, with its two satellites ASTRO and NextSat, the first one servicing the other, was widely covered a month ago. But what is happening in space now? In 'Robotic satellite servicer rehearsal underway in orbit,' Spaceflight Now reports about the progress done. A week ago, the two satellites were able to link to each other to operate the first transfer of hydrazine fuel from ASTRO's propellant tanks into NextSat. This weekend, ASTRO's ten-foot-long robotic arm is going to be used to move objects to NextSat. But what does it mean for international satellite operators when they need help with their space birds? Will they use a system designed for U.S.'s DARPA? "

FloatsomNJetsom writes "Popular Mechanics has a very cool video and report about test-driving Hybrid Technologies' L1X-75, a battery powered, 600-hp, carbon-fiber roadster that pulls zero-60 in about 3.1 seconds, and tops out at 175 mph. Of course, there are few creature comforts inside, but that's mainly because the car's 200 mile range is meant for the track, not the road. Nonetheless, Popular Mechanics takes the car for a spin up 10th Avenue in NYC. Oh, and the car recharges via a 110 outlet. They also test-drove Ford's HySeries Edge, a hydrogen fuel-cell powered, plug-in series hybrid that, unlike the L1X-75, is unfortunately at least 10 years away from production and nearly 100 mph slower."

Dan writes "The Windows Logo Program was supposed to be Microsoft's key to ensuring that all hardware devices work well with the Windows operating system. It worked in Windows XP, it would be expected to work just as well in Windows Vista. Unfortunately, there are obvious signs that the Windows Logo Program is no longer a trustworthy standard. Recently, even graphics cards are getting certified without working drivers. The article digs into the 321-page Microsoft Windows Logo Program 3.0 document to find out what the Windows logo is supposed to mean in Vista."

MojoKid writes "Filling the price gap between the high-end nForce 680i SLI and more affordable 650i SLI chipsets, without sacrificing any advanced features, motherboard manufacturer Asus has created a hybrid motherboard chipset in cooperation with NVIDIA, dubbed the "Dual X16 SLI". Designed for the Intel platform, the chipset combination employed on the P5N32-E SLI Plus motherboard offers true, dual PCI Express x16 electrical connections for graphics, dual Gig-E LAN support and a slew of other features found on high-end 680i boards. HotHardware pits the P5N32-E SLI Plus against an nForce 680i SLI to see if Asus' hybrid chipset approach truly offers all of the performance of the more expensive 680i SLI for a fraction of the cost."

MidVicious writes "From futuristic 'Punch Cards' to Voice Recognition HoloDeck Interfaces, human/computer interactions have always mirrored the base concepts of our emerging technologies. An article from a Saarland University CS Seminar highlights Hollywood history with UI, ranging from the moderately feasible (Total Recall's television/scenery display wall) to the often ridiculous (Swordfish's 6-flat screen monitor setup complete with 3-D virus-hacking environment). An interesting read, especially considering some of the technology is on its way to becoming a reality."

1sockchuck writes "An architect of the Windows Live team has published a presentation advocating portable container-based data centers as the future of data center infrastructure. James Hamilton, who previously was GM of Microsoft Exchange Hosted Services, contends that a distributed network of unmanned modular units 'transforms data centers from static and costly behemoths into inexpensive and portable lightweights. ... Multiple smaller data centers, regionally located, could prove to be a competitive advantage.' Both Sun and Rackable have rolled out prototypes of container-based 'data center in a box' products, and Hamilton notes that large generators are also available in trailers."

An anonymous reader writes "Researchers from the Nanomaterials Research Centre at Massey University in New Zealand have developed synthetic dyes that can be used to generate electricity at one tenth of the cost of current silicon-based solar panels. These photosynthesis-like compounds work in low-light conditions and can be cheaply incorporated into window-panes and building materials, thereby turning them into generators of electricity."

An anonymous reader writes "What will it mean when 3D fabricators become cheap and common? A NY Times article explores the ease of copying objects by scanning them with NextEngine scanner and sending them to 3d 'print shops'. The experiments were done with Legos because most of the things around his office were protected by copyright. What will happen to the economy for engineering when we can just download a pirated description of a machine and 'print' it out? 'The world is just beginning to grapple with the implications of this relatively low-cost duplicating method, often called rapid prototyping. Hearing aid companies, for instance, are producing some custom-fitted ear pieces from scanned molds of patients. Custom car companies produce new parts for classic cars or modified parts for hot rods. Consumer product makers create fully functional designs before committing themselves to big production runs.'"

gollum123 writes to tell us that according to a recent list compiled by Greenpeace, Lenovo has topped the list of "eco-friendly" companies scoring an 8 out of a possible 10 while Apple fell to the bottom of the list with only a 2.7. "Iza Kruszewska, Greenpeace international toxics campaigner, said the industry had made some positive steps in the last 12 months with firms starting to act rather than just issue statements of intent. Of the 14 companies profiled, said Ms Kruszewska, nine now score more than five out of 10."

GayBliss writes "CNN is reporting that the FCC has decided to keep a rule in place that would ban mobile phone usage on airplanes. The FAA has a similar ban, but for different reasons. 'In an order released Tuesday, the agency noted that "insufficient technical information" was available on whether airborne cell phone calls would jam networks below. [...]Unlike the Federal Aviation Administration, which bans the use of cell phones and other portable electronic devices for fear they will interfere with navigational and communications systems, the FCC's concern is interference with other cell phone signals on the ground.'"

moon_monkey writes "According to New Scientist, Darpa is soliciting proposals for so-called Chemical Robots (ChemBots) that would be soft, flexible and could manoeuvre through openings smaller than their static structural dimensions. They suggest that it could be made from shape-memory materials, electro- or magneto-rheological materials or even folding components."

collin.m writes in with news of results out of Darmstadt. Erik Tews and others there have demonstrated how to recover a 104-bit WEP key in under a minute, requiring the capture of fewer than 10% the number of packets the previous best method called for. The paper is here (PDF). Quoting: "We were able to extend Klein's attack and optimize it for usage against WEP. Using our version, it is possible to recover a 104 bit WEP key with probability 50% using just 40,000 captured packets... for 85,000 data packets [the success probability is] about 95%... 40,000 packets can be captured in less than one minute under good condition. The actual computation takes about 3 seconds and 3 MB main memory on a Pentium-M 1.7 GHz..."

zdude255 writes "Wired is running an article exploring several studies of giving the human brain 'new input devices.' From seeing with your sense of touch to entirely new senses such as sensing direction intuitively, the human brain seems to be capable of interpreting and using new data on the fly. This offers many applications from pilots being able to sense the plane's orientation to the potential recovery of patients with blindness or ear damage. (which helps balance).'It turns out that the tricky bit isn't the sensing. The world is full of gadgets that detect things humans cannot. The hard part is processing the input. Neuroscientists don't know enough about how the brain interprets data. The science of plugging things directly into the brain -- artificial retinas or cochlear implants -- remains primitive. So here's the solution: Figure out how to change the sensory data you want -- the electromagnetic fields, the ultrasound, the infrared -- into something that the human brain is already wired to accept, like touch or sight.'"

An anonymous reader writes "The x86 chip architecture is still kicking, almost 30 years after it was first introduced. A News.com article looks into the reasons why we're not likely to see it phased out any time soon, and the history of a well-known instruction set architecture. 'Every time [there is a dramatic new requirement or change in the marketplace], whether it's the invention of the browser or low-cost network computers that were supposed to make PCs go away, the engineers behind x86 find a way to make it adapt to the situation. Is that a problem? Critics say x86 is saddled with the burden of supporting outdated features and software, and that improvements in energy efficiency and software development have been sacrificed to its legacy. And a comedian would say it all depends on what you think about disco.'"

Ant writes "PC World picks the 50 best tech products of all time. Apple holds down seven places in the list, Microsoft two, and open source software (Red Hat Linux) one. The top five, according to PC World, are: Netscape Navigator (1994), Apple II (1977), TiVo HDR110 (1999), Napster (1999), and Lotus 1-2-3 for DOS (1983).

Heinen writes in about the X Prize Foundation, which spurred innovation by offering US $10 million for the first privately built spacecraft. The Foundation now plans to offer millions for the first practical car that increases mileage five-fold. The specs for the competition are out in draft form amd call for cars in two categories that are capable of 100 MPG in tests to be run in 2009. The categories are: 4-passenger/4-wheel; and 2-passenger/unspecified wheels. The cars must be manufacturable, not "science projects. The prize is expected to top $10 million. The X Prize Foundation says that so far it has received more than 1,000 inquiries from possible competitors.