theraindog writes "We've already seen Intel's first X25-M solid-state drive blow the doors off the competition, and now there's a new X25-E Extreme model that's even faster. This latest drive reads at 250MB/s, writes at 170MB/s, and offers ten times the lifespan of its predecessor, all while retaining Intel's wicked-fast storage controller and crafty Native Command Queuing support. The Extreme isn't cheap, of course, but The Tech Report's in-depth review of the drive suggests that if you consider its cost in terms of performance, the X25-E actually represents good value for demanding multi-user environments."

Now that the recent announcement about Star Wars: The Old Republic has had time to sink in, specific details about the game are beginning to come to light. Massively, in particular, has a variety of interviews and in-depth looks at the classes, the combat, and the setting of the game. "When you play like a Jedi from 1 to max, and then decide to start as a Sith, you won't see any content that will be the same." They also discuss the leveling, questing and companion characters. "We want you to think of them as actual companions on your journeys throughout the game. Your actions are going to change how your companion characters develop." Eurogamer is running a preview of the game, and a wiki has sprung up to catalog all of the new information. Other tidbits: support for Star Wars Galaxies will continue; the new game will be PC only; and LucasArts is hoping to snipe some of the World of Warcraft customer base.

Overly Critical Guy writes "The former editor of New Scientist has written an article in the TimesOnline suggesting that cosmic rays may affect global climate. The author criticizes the UN's recent global warming report, noting several underreported trends it doesn't account for, such as increasing sea-ice in the Southern Ocean. He describes an experiment by Henrik Svensmark showing a relation between atmospheric cloudiness and atomic particles coming in from exploded stars. In the basement of the Danish National Space Center in 2005, Svensmark's team showed that electrons from cosmic rays caused cloud condensation. Svensmark's scenario apparently predicts several unexplained temperature trends from the warmer trend of the 20th century to the temporary drop in the 1970s, attributed to changes in the sun's magnetic field affecting the amount of cosmic rays entering the atmosphere."