Slashdot Mirror

klocwerk writes "At the game developers conference, Sun is releasing a white paper on their new "Java Games Profile." Their ultimate goal? To have one CD you could pop into an Xbox, a PS2, a Windows machine, or a Linux machine, and play the same game on them all. If they get full support for it I can finally get rid of that windows gaming partition!" Sun's got an article on their site describing what they hope to accomplish.

leb writes: "Physicists at U.C Berkeley have 'peeled the tips off carbon nanotubes to make seemingly frictionless bearings so small that some 10,000 would stretch across the diameter of a human hair. The minuscule bearings are actually telescoping nanotubes with the inner tube spinning about its long axis. When sliding in and out, however, they act as nanosprings. Both the springs and bearings, which appear to move with no wear and tear, could be important components of the microscopic and eventually nanoscale machines under development around the world.' Based on the principles of Vander Waal's forces this breakthrough, they state that, 'Our results demonstrate that multiwall carbon nanotubes hold great promise for nanomechanical or nanoelectromechanical systems (NEMS) applications,' they conclude in their paper. 'Low-friction, low-wear nanobearings and nanosprings are essential ingredients in general NEMS technologies.' Read the news release and visit the lab Web page."

leb writes: "Researchers at Harvard have developed "a concept for molecular electronics exploiting carbon nanotubes as both molecular device elements and molecular wires for reading and writing information. Each device element is based on a suspended, crossed nanotube geometry that leads to bistable, electrostatically switchable ON/OFF states. The device elements are naturally addressable in large arrays by the carbon nanotube molecular wires making up the devices. These reversible, bistable device elements could be used to construct nonvolatile random access memory and logic function tables at an integration level approaching 1012 elements per square centimeter and an element operation frequency in excess of 100 gigahertz." Unfortunately to read the entire article in Science Online you need a subscription, but you can still take a look at the abstract."

Imagine a novelist, trapped in a nightmarish world of credit cards and micropayments, facing devilish odds and the belligerent stares of publishers everywhere ... picture a team of hackers brazen enough to break into dozens of secure government sites without incurring a single lawsuit ... scream in terror at the thought of mutant penguin-kangaroo hybrids swimming deviously onto our shores ...

Revenge of the naysayers' naysayers: Just yesterday, jamie sallied forth with the theory that Stephen King was setting himself up for disappointment by expecting enough paying customers for his new online book to justify the experiment.

jheinen writes, though, "According to MSNBC, of the 41,000 downloads for the first installment so far, 32,000 (~78%) have already paid via credit card. Kinda shoots to hell the theory that people won't pay."

[Jamie adds: I stand by my prediction that "Stephen King is never going to have to publish the end of his novel." I'd love to see him succeed, but I just don't think so this time around. We'll see in September!]

Red Five, I'm going in. You may recall the story a little while ago about a distributed anti-cracking bot at Sandia National Laboratory. Rest assured, those clever folks don't confine themselves to practicing only one side of the ol' thrust-and-feint.

In fact, leb writes: "Over the past two years, a group at Sandia National Laboratories known informally as the Red Team has, at customer invitation, either successfully invaded or devised successful mock attacks on 35 out of 35 information systems at various sites, along with their associated security technologies. Their work - challenged only by a new style of defense, also developed at Sandia, called an "intelligent agent" - demonstrates that competent outsiders can hack into almost all networked computers as presently conformed no matter how well guarded, say spokespeople for the group, formally known as the Information Design Assurance Red Team or IDART. Check out their site here."

Stir, leave plot overnight to thicken. vjlen writes: "Now it sounds like corinthians.com is just another cybersquatting case. From an article in USA Today: 'But the case is not as black-and-white as it seems, says Dave Fogelson, a spokesman for the team, which recently put up its own site in Brazil. Fogelson says the arbitrator had to consider several factors, including the fact that Sallen did not use the site for Bible quotes until after he contacted the team to talk about selling the name, which suggests his main motive was profit.'"

Or ... or ... or ... we'll strike! stattouk writes "The BBC has a story on a court case currently happening in France over whether Yahoo France can be held responsible for people being able to access auctions of Nazi memorabilia. The courts say that even though fr.yahoo.com has blocked access, the fact that www.yahoo.com can still be used to get them amounts to no action by Yahoo." Asking Yahoo! to block Internet auctions in the first place seemed rather stretchy; now it seems that Yahoo! is supposed to police the entire world.

Penguins do come from that hemisphere, after all ... Tsujigiri writes "To follow up a previous story on Slashdot about the Australian InstallFest 2000, Fairfax IT is running this story about the recently held (well, July the 15th) Adelaide InstallFest 2000 and its "unexpected surge in interest". Quite successfull all round. Congratulations to all involved, and good luck to the rest of the Australian Install Season. (For anyone who'd like to see some pictures, go here)"

If there's an "install season" down there, one questions leaps to mind: Is there a limit on those things?

leb writes: "An international collaboration of scientists at the Department of Energy's Fermi National Accelerator Laboratory will announce on Friday, July 21, the first direct evidence for the subatomic particle called the tau neutrino, the third kind of neutrino known to particle physicists. This site has extensive coverage of the event with pictures and related material. The new direct evidence for the tau neutrino is far from closing the chapter on neutrino physics. Scientists are eager to learn whether neutrinos have mass, a result that would put a crack in the Standard Model, leading to major changes in our picture of the evolution of the universe." The site has some great explanatory diagrams to boot.

leb writes: "Eurekalert has a synopsis of an upcoming Science article that describes the creation of 'microbots' 670 micrometers tall and 170 to 240 micrometers wide that were able to manipulate small cell like beads in biological environments. Coupled with a multisensor area, the microrobots also may suggest lab-on-a-chip designs, or 'factory-on-a-desk' tools, programmed to assemble various microstructures. Sounds a little like Neil Stephenson's 'The Diamond Age' to me ..."

leb writes: "Engineers in Japan are developing trains that really do fly. Using the 'wing-in-ground' (WIG) effect, in which a high-pressure cushion of air forms underneath flying objects as they approach the ground, they believe they will be able to create trains that use only a quarter of the power required for magnetically levitated (maglev) trains. Read about it in this New Scientist article." This is rather nifty, but it isn't as cool as the flying train at the end of BTTF III. Put a flux capacitor on this baby, and we'll talk.

leb writes, "What if researchers could create a tough, lightweight, moldable material, with "tunable" magnetic properties? Molded into different shapes, such a material might someday prove useful for high-density data storage, anti-static coatings for aircraft or spacecraft, and a host of other applications. A first step toward tunable, ceramic magnets is reported by a group of researchers from University of Toronto. "

leb writes "More useless but fun innovations in nanotech - University of Massachusetts physicist Mark Tuominen may have some trouble finding a T-shirt small enough for the UMass logo recently sketched in his lab. Tuominen and graduate student Mustafa Bal recently created a UMass logo which is roughly the size of a red blood cell - some six micrometers in diameter. Full story and images available from the UMass News office."