Cycon writes "According to George Lucas, 'The franchise really depends on me coming up with a good idea. And that series is very research-intensive. So we're doing research now to see if we can't come up with another object for him to chase ... hopefully we'll come up with something.' Lucas 'scoffed at the possibility of passing the famed fedora from Ford to Shia LaBeouf,' instead stating, 'if [Harrison Ford] wasn't in it, you'd have to call it "Mutt Williams and the search for Elvis."'"

Roland Piquepaille found news of research out of Portugal that has resulted in the first paper-based transistors (the original article is less informative than Roland's blog). More precisely, they've made the first field effect transistors (FET) with a paper interstrate layer. According to the research team, such transistors offer the same level of performance as 'state-of-the-art, oxide-based thin film transistors produced on glass or crystalline silicon substrates.' Possible applications include disposable electronics devices, such as paper displays, smart labels, bio-applications or RFID tags. The research will be published in IEEE Electron Device Letters in September.

Anonymous Hacker writes "I'm in a bit of a bind. My young teenage son is starting to get curious about computers, and in particular, programming. Now, I'm a long time kernel hacker (Linux, BSD and UNIX). I have no trouble handling some of the more obscure things in the kernel. But teaching is not something that I'm good at, by any means. Heck, I can't even write useful documentation for non-techies. So my question is: what's the best way to encourage his curiosity and enable him to learn? Now, I know there are folks out there with far better experience in this area than myself. I'd really appreciate any wisdom you can offer. I'd also be especially interested in what younger people think, in particular those who are currently in college or high school. I've shown my son some of the basics of the shell, the filesystem, and even how to do a 'Hello World' program in C. Yet, I have to wonder if this is the really the right approach. This was great when I was first learning things. And it still is for kernel hacking, and other things. But I'm concerned whether this will bore him, now that there's so much more available and much of this world is oriented towards point-n-click. What's the best way to for a young teen to get started in exploring this wonderful world of computers and learning how to program? In a *NIX environment, preferably." Whether or not you have suggestions for generating interest or teaching methods, there was probably something that first piqued your curiosity. It seems like a lot of people get into programming by just wondering how something works or what they can make it do. So, what caught your eye?

NotNormallyNormal writes "CBC picked up an AP story about ICANN recently losing control over two of their domain names on Thursday, June 26. A domain registrar run by the group transferred the domains to someone else. ICANN's press release had this to say: 'As has been widely reported, a number of domain names, including icann.com and iana.com were recently redirected to different DNS servers, allowing a group to provide visitors to those domains with their own website. It would appear the attack was sophisticated, combining both social and technological techniques, but was also limited and focused.' Comcast has had similar troubles lately as well."

WirePosted writes "A CDC research study released this past week indicates that the physical and mental health of many Americans is being adversely affected by a lack of sleep. According to the study, a part of the organization's Morbidity and Mortality Weekly Report, one in ten US citizens are consistently failing to get enough sleep every night. Almost 40% of the people surveyed didn't get enough sleep for more than a week every month. The article notes that this trend can have far-ranging implications for health beyond simple fatigue."

Roland Piquepaille writes "On February 8, 2008, about 100 UC Berkeley students will participate in the Mobile Century experiment, using GPS mobile phones as traffic sensors. During the whole day, these students carrying the GPS-equipped Nokia N95 will drive along a 10-mile stretch of I-880 between Hayward and Fremont, California. 'The phones will store the vehicles' speed and position information every 3 seconds. These measurements will be sent wirelessly to a server for real-time processing.' As more and more cellphones are GPS-equipped, the traffic engineering community, which currently monitors traffic using mostly fixed sensors such as cameras and loop detectors, is tempted to use our phones to get real-time information about traffic."

Brandee07 writes "Designed for a 90 day mission, the Spirit Mars Rover is starting its 4th year of exploration. Spirit's sister-module, Opportunity, will turn four on Jan 25. 'We never thought we'd still be driving these robots all over Mars,' said Mark Lemmon, a planetary scientist at Texas A&M University and member of the rover science team. 'We joked about driving Opportunity into Victoria Crater, but now we're there, and we're looking at doing even more science. Each day they still work is an amazing one.'"

AndyCater writes "If all goes according to plan, Debian should release both an update to Debian Sarge (3.1r6, henceforth to be oldstable) and a new stable release (Debian 4.0, which was codenamed Etch) — and announce the results of the election for Debian Project Leader — all within 12 hours. Sarge was updated late on April 7th UTC, Sam Hocevar was announced as DPL at about 00:30 UTC, and preparations for the release of Debian Etch are ongoing and look good for later on the 8th."

prostoalex tips us to an article in MIT's Technology Review on a Stanford scientist's plan to replicate the processes inside the human brain with silicon. Quoting: "Kwabena Boahen, a neuroengineer at Stanford University, is planning the most ambitious neuromorphic project to date: creating a silicon model of the cortex. The first-generation design will be composed of a circuit board with 16 chips, each containing a 256-by-256 array of silicon neurons. Groups of neurons can be set to have different electrical properties, mimicking different types of cells in the cortex. Engineers can also program specific connections between the cells to model the architecture in different parts of the cortex."

An anonymous reader writes "There are 139,834 open-source projects under way on SourceForge. IWeek wonders which projects will make lasting contributions, and which will fizzle. Sure, Linux, Apache, and MySQL are winners, but what about OpenVista, FLOSSmole, and Hyperic HQ? What's your list of open-source winners and losers?"

Hymer writes "Reuters is reporting that Novell may be banned from selling Linux. In the wake of the (much maligned) Novell/Microsoft deal, the Free Software Foundation is reviewing Novell's right to sell the operating system at all. The foundation controls the rights to key parts of the operating system, and council for the organization said that 'the community wants to interfere any way it can' with the Novell business arrangement. No decision has yet been reached, but one should be made in the next two weeks." Is this a measured response, or an over-reaction to the Novell/Microsoft arrangement?

unchiujar writes to mention a BBC article about the design of the first flying dinosaurs. These possible early ancestors of avians apparently resembled biplanes in many ways, with legs hanging down in a fashion similar to WWI fighters. The researchers who made this discovery use this to argue the 'trees down' model of flight evolution, but the article points out this design may possibly be a failed evolutionary experiment. From the article: "Dr Chatterjee, from Texas Tech University in Lubbock, US, explained that two lines of evidence had led the team to this conclusion. Firstly, the researchers argue, dinosaurs and birds move their legs in a vertical plane, not sideways as the tandem flight pattern requires. Secondly, the feathers on Microraptor's hind legs are asymmetrical; one of the two vanes that extend either side of the shaft is narrower than the other. Aerodynamically, the narrow leading edge of these feathers should face forward in flight, against the direction of airflow. This would have given the flying reptiles lift. "