Cody Taylor

The big brother of the MPAA has Newzbin, the world’s most prominent newsgroup indexer, firmly in its sights. Newzbin, which indexes Usenet and offers its members NZB files, is being sued by the MPA, the global lobby group for the movie industry. The pair are set to fight it out in court, possibly before the end of the year.

coondoggie writes “Protecting defense departments networks cost taxpayers more than 0 million over the past six months, US Strategic Command officials said yesterday. The motives of those attacking the networks go from just plain vandalism to theft of money or information to espionage. Protecting the networks is a huge challenge for the command, Air Force Gen. Kevin P. Chilton told a cyber security conference in Omaha, Neb., this week. ‘Pay me now or pay me later,’ Davis said. ‘In the last six months, we spent more than 0 million reacting to things on our networks after the fact. It would be nice to spend that money proactively to put things in place so we’d be more active and proactive in posture rather than cleaning up after the fact.'”

Read more of this story at Slashdot.

The Associated Press Board of Directors today announced it would launch an industry initiative to protect news content from misappropriation online. AP Chairman Dean Singleton said the news cooperative would work with portals and other partners who properly license content – and would pursue legal and legislative actions against those who don‘t.

dacut writes “We’ve seen compact fluorescent lamps start to take over shelf space at the local hardware store. Replacing a 60 watt incandescent with a 13 watt CFL seems like a great savings, though many consumers are disappointed with the slow warm-up times, lower-than-advertised lifetimes, and hassles of disposing the mercury-containing bulbs. Now EDN reports they may use more energy than claimed due to their poor power factor. Mike Grather, of Lumenaire Testing Laboratory, ‘checked the power factor for the CFLs and found they ranged from .45 to .50. Their “real” load was about twice that implied by their wattage.’ The good news: you’re only billed for the 13 watts of real power used. The bad news: the utilities have to generate the equivalent of 28 watts (that is, 28 VA of apparent power for you EEs out there) to light that bulb. Until they fix these issues, I’ll hold on to my incandescents and carbon arc lamps, thanks.”

Read more of this story at Slashdot.

Hugh Pickens writes “Mass strandings of dolphins and whales could be caused because the animals are rendered temporarily deaf by military sonar, experiments have shown. Tests on a captive dolphin have demonstrated that hearing can be lost for up to 40 minutes on exposure to sonar and may explain several strandings of dolphins and whales in the past decade. Most strandings are still thought to be natural events, but the tests strengthen fears that exercises by naval vessels equipped with sonar are responsible for at least some of them. For example, in the Bahamas in March, 2000, 16 Cuvier’s beaked whales and Blainville’s beaked whales and a spotted dolphin beached during a US navy exercise in which sonar was used intensively for 16 hours (PDF). ‘The big question is what causes them to strand,’ says Dr. Aran Mooney, of the University of Hawaii. ‘What we are looking at are animals whose primary sense is hearing, like ours is seeing. Their ears are the most sensitive organ they have.’ In the experiment, scientists fitted a harmless suction cup to the dolphin’s head, with a sensor attached that monitored the animal’s brainwaves, and when the pings reached 203 decibels and were repeated, the neurological data showed the mammal had become deaf, for its brain no longer responded to sound. ‘We definitely showed that there are physiological and some behavioral effects [from repeated, loud sonar], but to extrapolate that into the wild, we don’t really know,’ said Mooney.”

Read more of this story at Slashdot.

mmmscience writes with this excerpt from the Examiner: “Big news in the medical world: scientists in Australia have found a way to stop the body from attacking organ transplants, greatly decreasing the possibility of organ rejection. … When a new tissue is introduced, one’s immune system kicks into overdrive, sending out cells known as killer T cells to attack and destroy the unknown tissue. … Professor Jonathan Sprent and Dr. Kylie Webster from Sydney’s Garvan Institute of Medical Research focused on a different type of T cells — known as regulatory T cells (Treg) — in this study. Tregs are capable of quieting the immune system, stopping the killer T cells from seeking out and attacking foreign objects.”

Read more of this story at Slashdot.