Thursday, May 3, 2012

Chronicle of a trial foretold: Breivik is following his manifesto's script

Anders Behring Breivik's manifesto includes instructions on what a 'Templar' should do if tried in a European court.

Among the early headlines from the fourth day of the trial of Anders Behring Breivik for the murder of 77 people last July was that, for the first time, Mr. Breivik did not perform his now-familiar clenched-fist salute upon arrival at the court. Several families of Breivik's victims said they found the salute offensive, and his lawyers apparently were able to convince him to stop and avoid undermining his case.

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But the drop of the salute is not only significant for its effect on his defense's strategy. It also marks a significant departure from Breivik's playbook: his 1,500-page manifesto. Breivik wrote extensively not only about his own beliefs about the alleged activities of "the Marxist tyrants of Europe" and the mission of the Knights Templar, or "Templars," the group to which he claims to belong. He also wrote a comprehensive set of instructions and guidelines for what a Templar should do if tried in a European court. He appears to be following it to the extent he is able.

Breivik wrote a short section on his salute, which he claims to be "the military salutation" of the Templars. He writes that the salute, which he recommends being performed in a white glove, symbolizes strength, purity, and resistance against "the Marxist tyrants of Europe." Interestingly, he claims the salute has nothing to do with either racist "white power" salutes or with the similar, open-palmed Nazi salute.

While Breivik's manifesto does not mention the salute specifically in reference to a trial, its use at trial fits closely into what Breivik argues is the best way to use trials: as propaganda. Breivik writes that after being captured, "the subsequent court proceedings may present several propaganda opportunities." He adds that "This trial is (from our point of view), not against you but rather a trial against the regime."

One of the key openings for propaganda that Breivik saw is the opportunity to present an opening and closing statement. Breivik includes a four-page sample opening statement, which he seemed to use as a source for his own.?

His sample draws parallels between the quest of the "Templars" and that of Native American leaders like Sitting Bull ? parallels he made on the first day of testimony in his own trial. As the Monitor reported, ?Were they terrorists for fighting for their indigenous culture ? or were they heroes?? Breivik asked the court. ?My acts are based on goodness, not evil,? he added. ?If anyone is vicious it is the Socialists.?

In the manifesto, Breivik also outlines a dress code for Templars, which he says should be adhered to in court. "Our dress uniform ... will be used for the sole?purpose of representing the authority of our military order and tribunal during trial," he writes. The uniform is to include a US Marine Corp dress jacket in dark blue or black, dress pants in the same color, and an extensive set of medals and decorations including epaulettes and Templar badges. Judging from the photos of his appearances in court, Breivik seems to have been following his own dress code as best he can, though he has appeared sans pseudo-military decorations.

In his game plan for Templar trial appearances, Breivik shows every expectation of losing. The heading for his sample closing statement reads: "Closing statement ? last day of trial, after judgment (guilty)." But he also expresses hope that the trial may lead to the introduction of stiffer criminal sentences, and perhaps even introduction of the death penalty, which is currently illegal in Norway.

The trial itself may not end up as anything else than a formality where the goal can be to change the law, forcing the parliament of that country to introduce the death penalty, or harshen the penal laws in other ways. Indirectly forcing the parliament of your country to change the laws will be an indirect victory to our movement because it will provide significant media coverage of our cause and thus will contribute to future recruitment efforts.

Breivik echoed this thinking during his second day of testimony, the Monitor reported.

?No, I don?t want [capital punishment], but I would have respected that,? he said, adding that if Norway doubled the current maximum sentence it would ?serve his cause? and ?prove Norway had thrown their principles out the window."

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Allies cancel airtime for Lugar as troubles mount for 6-term Republican senator (Star Tribune)

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Baby on the Way for Barry Watson and Natasha Gregson Wagner

The actor, 38, and Natasha Gregson Wagner are expecting a child, his rep confirms to PEOPLE.

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The Distro Interview: MSI Senior Vice President and co-founder, Jeans Huang

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The MSI brand should be no stranger to connoisseurs of desktop motherboards, graphics cards and gaming laptops, but did you know that this Taiwanese company started off as a computer terminal maker 26 years ago? To find out more, we sat down with the very likable Senior Vice President (R&D Division) Jeans Huang. Read on to hear the co-founder's interesting story on how MSI was formed by five ex-Sony engineers, his frank reason behind MSI's reluctance to enter the smartphone market, and his thoughts on 3D display on the PC.

Continue reading The Distro Interview: MSI Senior Vice President and co-founder, Jeans Huang

The Distro Interview: MSI Senior Vice President and co-founder, Jeans Huang originally appeared on Engadget on Wed, 02 May 2012 13:14:00 EDT. Please see our terms for use of feeds.

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Tuesday, May 1, 2012

Bam Fights Back (TIME)

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Justin Bieber Brings 'Boyfriend' Video To MTV Thursday!

Following the 7:50 p.m. video premiere, Bieber will answer your questions live on MTV.com.
By Jocelyn Vena


Justin Bieber
Photo: Island/Def Jam

Justin Bieber is ready to be your "Boyfriend." The singer will sit down with MTV News' Sway Calloway on Thursday (May 3) to premiere his highly anticipated music video for the single during "MTV First: Justin Bieber" live at 7:50 p.m. ET on MTV.

After the video premieres on air, Bieber will chat with Sway for 30 minutes on MTV.com, opening up about the Director X-directed clip, as well as his June 19 album release, Believe. But that's not all: If you have a burning question for Bieber, you can get in on the fun by commenting below or tweeting @MTVNews with the hashtag #MTVFirst or #AskBieber.

Immediately following the premiere, the "Boyfriend" video will be available on MTV.com so Beliebers can watch it over and over and over again.

"Boyfriend," the lead single from Believe, was co-produced and co-written by Mike Posner and Mason Levy. The track stormed radio and the charts back in March, reaching #2 on Billboard's Hot 100.

Bieber was spotted in Los Angeles last month shooting some scenes for the video. He was photographed kissing a brunette who looked a lot like his real-life lady love, Selena Gomez, and was also driving some high-end muscle cars.

"The reaction's been great [to 'Boyfriend']; not only have I got good reactions from my fans, but great reactions from people who, you know, [might not usually listen to my music]. I've gotten messages like 'You know, I never would have listened to Justin and now I love this song,' " he told MTV News about the track. "So it's really great feedback."

While Bieber rides solo on "Boyfriend," he's enlisted a number of his A-list pals to appear on Believe, including Usher, Kanye West, Drake and perhaps even Lil Wayne. Just last week, Bieber dropped the artwork for the album, which features a close-up of the pop star's face and the collar of his studded jacket.

Don't miss the "Boyfriend" video premiere Thursday, May 3, at 7:50 p.m. ET/PT on MTV during "MTV First: Justin Bieber," followed by a live Q&A with Justin himself on MTV.com!

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Student-devised process would prep Chinese shale gas for sale

ScienceDaily (Apr. 30, 2012) ? A team of Rice University students accepted a challenge to turn shale gas produced in China into a range of useful, profitable and environmentally friendly products and did so in a cost-effective manner.

The CHBE Pandas (CHBE stands for chemical and biomolecular engineering) designed a process by which shale gas extracted in the rich Sichuan Basin could be turned into methanol, hydrogen and carbon disulfide, all valuable products in the booming Chinese economy. The Rice team was one of seven groups of students presented similar challenges for locations outside of the United States as their capstone design projects, required of most graduates of Rice's George R. Brown School of Engineering.

For their efforts, the Pandas -- Apoorv Bhargava, Prachi Bhawalkar, Valicia Miller, Shelby Reinhardt, Kavita Venkateswar and Erte Xi -- were grand prize winners at the Engineering Design Showcase, part of Rice's UnConvention earlier this month.

"We literally got the last one in the hat," Bhargava said of the assignment handed out for their final semester at Rice. "All of the chemical engineering projects were the same, just in different locations, and how we approached the solution depended on the location."

The team had to deal not only with processing what's known as "sour gas" straight out of the wellhead, but also had to come up with a solid budget for the construction and profitable operation of the plant as well as a strategy to protect the environment.

"We think it's a viable project because of what we're transforming the natural gas into," Venkateswar said. The process they designed would take in the raw shale gas produced in the controversial extraction process known as hydraulic fracturing, or fracking. The primary product would be methanol, of which China is the largest user in the world. China blends methanol into gasoline and is developing cars that would run on pure methanol.

The second product, hydrogen, would be a feedstock for ammonia in fertilizer production, which has great value in the Sichuan Basin, the largest agricultural area in China. The third would be carbon disulfide, widely used in the Sichuan textile industry. The team said 99 percent of the recovered fracturing fluid would be purified into water and fed into methanol production. A small amount of crystallized sludge from fracturing chemicals would be sent to a landfill.

Team advisers Kenneth Cox and Richard Strait were inspired to issue the assignment by a Department of Energy-funded 2011 study on shale gas and U.S. national security by Rice's Baker Institute for Public Policy. The report details the rapid development over the last decade of technology to extract natural gas from shale, an increasingly rich resource in the United States, and the resulting shift in the world's energy economy.

"The world of shale gas presents a real interesting situation," said Strait, an adjunct professor of chemical and biomolecular engineering at Rice and former director of coal monetization and CO2 management at KBR. "We're in boom times -- if you want to produce gas at what are now historically low prices. You make no profit." He said energy producers are considering ways to turn raw shale gas into products that will better serve the market's needs.

"We tried to give the students problems for which there's no current solution," said Cox, a Rice professor in the practice of chemical and biomolecular engineering. "Major companies are looking at ways to upgrade shale gas, but no one's built a plant to do that yet."

Also, Cox said, "There are a lot of issues associated with the public perception of fracking, and part of the assignment was to help change that perception by offering something that was environmentally friendly, gave benefit to the community, helped clean up the water and was still able to pull a profit at the end of the day."

He said the Pandas' solution was "very imaginative" for their handling of the high concentration of highly toxic hydrogen sulfide found in Sichuan shale gas. "It's 8.38 percent of the incoming feed," said Venkateswar. "Usually natural gas feeds have it on the order of several hundred parts per million."

"The ability to make carbon disulfide provides us a solution to the high hydrogen sulfide content," Xi said.

Building the Pandas' plant with the team's innovative assembly of known technologies would cost the Chinese government $5 billion, Bhargava said. "Chemical engineering design in the real world, the way we understand it, works in three phases," he said. "You start off with a preliminary design analysis, as we did. Then we move into another stage where the chemical engineers meet up with the mechanical engineers and start designing it in more detail: 'What pipes do we need to go from here to there?'

"And then we meet with the architects for the final design stage: 'OK, what is this going to look like when we build it? Is it going to look terrible in someone's backyard?'"

Bhargava said the Pandas designed a process that would generally take as many as 15 engineers six or seven months to accomplish. The team spent long hours using simulation software at Rice's Oshman Engineering Design Kitchen, where the students aligned components and tested for the desired chemical reactions. "But a computer can tell you only so much," Bhargava said. "A chemical engineer has to make the decisions. Our design is very, very close to what a real chemical engineer does in his or her job. We were working in a very realistic setting."

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