fudreporter is one of many who writes to tell us that Time Warner is not planning to continue their tiered consumption tests at this time. The company is not completely admitting defeat, stating that they "may return to the idea in the future," but for now the test has been shut down. "The plan would have established several tiers based on how much consumers use the Internet. Time Warner Cable had said at the time that it believed that consumers who download the most content need to pay more to cover infrastructure upgrades. The plan was first announced two weeks ago, then modified with higher download caps last week. In a news release yesterday, Glenn Britt, the chief executive of Time Warner Cable, said, 'We will not proceed with implementation of additional tests until further consultation with our customers and other interested parties, ensuring that community needs are being met.'"
Baldrson writes "Alexander Ratushnyak compressed the first 100,000,000 bytes of Wikipedia to a record-small 16,481,655 bytes (including decompression program), thereby not only winning the second payout of The Hutter Prize for Compression of Human Knowledge, but also bringing text compression within 1% of the threshold for artificial intelligence. Achieving 1.319 bits per character, this makes the next winner of the Hutter Prize likely to reach the threshold of human performance (between 0.6 and 1.3 bits per character) estimated by the founder of information theory, Claude Shannon and confirmed by Cover and King in 1978 using text prediction gambling. When the Hutter Prize started, less than a year ago, the best performance was 1.466 bits per character. Alexander Ratushnyak's open-sourced GPL program is called paq8hp12 [rar file]."
LotsOfPhil writes: "The Department of Energy is requesting $0 for research into geothermal energy. From 2001-2006, the average funding was $26 million. This year it is $5 million.
"The Bush administration wants to eliminate federal support for geothermal power just as many U.S. states are looking to cut greenhouse gas emissions and raise renewable power output.
The move has angered scientists who say there is enough hot water underground to meet all U.S. electricity needs without greenhouse gas emissions.