NewYorkCountryLawyer writes "The RIAA's motion to keep secret the record companies' 1999-to-date revenues for the copyrighted song files at the heart of the case has been denied, in the Boston case scheduled for trial July 27th, SONY BMG Music Entertainment v. Tenenbaum. The Judge had previously ordered the plaintiff record companies to produce a summary of the 1999-to-date revenues for the recordings, broken down into physical and digital sales. On the day the summary was due to be produced, instead of producing it, they produced a 'protective order motion' asking the Judge to rule that the information would have to be kept secret. The Judge rejected that motion: 'the Court does not comprehend how disclosure would impair the Plaintiffs' competitive business prospects when three of the four biggest record labels in the world — Warner Bros. Records, Sony BMG Music Entertainment, and UMG Recording, Inc. — are participating jointly in this lawsuit and, presumably, would have joint access to this information.'"

Having made amazing discoveries such as how to make the perfect cheese sandwich, linking heavy caffeine use to sleeplessness, and figuring out where all the teaspoons have gone, science has made the greatest breakthrough yet. They have uncovered the secrets of making the perfect phone call. The perfect phone call clocks in at a mere 9 minutes and 36 seconds, easily 11 minutes shorter than any conversation I've ever had with my mom. Unlike a call to mom, the perfect phone call is almost devoid of any gossip about her divorced neighbor and her heavily tattooed daughter. Instead three minutes should be spent catching up with news about family and friends, one minute on personal problems, a minute on work/school, 42 seconds on current affairs, 24 seconds on the weather, and 24 seconds talking about the opposite sex. What's left of your 9 mins 36 secs is a free for all.

narramissic writes "Researchers Erik Tews and Martin Beck 'have just opened the box on a whole new hacker playground, says Dragos Ruiu, organizer of the PacSec conference. At the conference, Tews will show how he was able to partially crack WPA encryption in order to read data being sent from a router to a laptop. To do this, Tews and Beck found a way to break the Temporal Key Integrity Protocol (TKIP) key, used by WPA, in a relatively short amount of time: 12 to 15 minutes. They have not, however, managed to crack the encryption keys used to secure data that goes from the PC to the router in this particular attack. 'Its just the starting point,' said Ruiu."

timdogg writes "Brilliant Digital Entertainment, an Australian software company, has grabbed the attention of the NY attorney general's office with a tool they have designed that can scan every file that passes between an ISP and its customers. The tool can 'check every file passing through an Internet provider's network — every image, every movie, every document attached to an e-mail or found in a Web search — to see if it matches a list of illegal images.' As with the removal of the alt.binary newgroups, this is being promoted under the guise of preventing child porn. The privacy implications of this tool are staggering."

davidmwilliams writes "Microsoft followed their major annual Tech-Ed event in Australia with a week-long programming contest called 'DevSta,' to find 'star developers.' While the quantity and quality of submissions suggest a poor turnout, it certainly caught the attention of at least two hackers who left their mark. Here is the low-down on the contest, what happened, by whom, and screen shots for posterity in case it's been fixed by the time you read this. And unless the volume of submissions increase dramatically within the next few hours, someone may be awarded an Xbox for doing nothing more than rewriting the Windows calculator as a .NET app."

ttnuagmada points us to an article about scientist David Wiltshire's suggestion that theorized dark energy is not needed to describe the expansion of the universe. His work challenges assumptions made about the distribution of matter in the universe. Early solutions to general relativity were based on a "smooth distribution" of matter. Wiltshire's approach focuses on a "lumpy" dispersal, which more accurately fits data from modern studies. We have discussed other theories about dark energy in the past. Quoting: "Through observational projects like the Sloan Digital Sky Survey and the 2 Degree Field survey, we now have a much better picture of the large-scale structure of the universe and we know that galaxies are not uniformly distributed. 'Rather, they are in clusters sprinkled thinly in filaments and "bubble walls" surrounding huge voids hundreds of millions of light-years across,' Wiltshire says.