Sharp says there is “material doubt” over its corporate survival

Sharp , the century-old stalwart of Japanese electronics, is in deep trouble . On Thursday, the company said it sustained a ¥249.1 billion ($3.12 billion) loss for its latest quarter, the second year it had suffered record deficits. The company still has about $10 billion of debt. “As operating and net loss for the six months ended September 30, 2012 were huge, continuing from the previous year, cash flows from operating activities were negative,” the company wrote in its quarterly earnings report (PDF). Read 5 remaining paragraphs | Comments

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Sharp says there is “material doubt” over its corporate survival

Behold, ALL the birds

By Robert T. Gonzalez Feast your eyes on the first complete evolutionary tree for all known modern bird species. It’s exhaustive, colorful, and beautiful to behold — a little like an avicular  Hillis Plot . But for all that this diagram tells us about birds’ evolutionary histories, what’s really interesting is what it says about how birds continue to evolve  today.  It’s Okay to be Smart ’s Joe Hanson explains: It was thought that any given species would expand and diversify quickly into subspecies (like the many different kinds of honeybees), soon maxing out its environment and filling all the ecological “niches”. Then, competition over limited resources would thin that down to the few most adaptable species. This tree says the opposite, that birds are continuing to diversify even today, and fast. The center of this tree, anchoring branches built using fossil and DNA sequence data, reaches back nearly 50 million years, to the earliest days of birds branching off of dinosaurs. Read the original study in  Nature , or these excellent synopses at  It’s Okay to be Smart  and  Science News . 

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Behold, ALL the birds

iOS 6.0.1 released, fixes iPhone 5 OTA software update issue and other bugs (update)

Been waiting for Apple to refresh its mobile operating system ? Well, the wait is over, as Cupertino has just released iOS 6.0.1 with the promise of improvements and bug fixes. We just grabbed the update ourselves, and among the highlights are: a fix for the iPhone 5’s inability to receive OTA software updates, problems with the phone and the 5th-gen iPod Touch connecting to WPA2 encrypted WiFi networks, and other cellular connectivity issues as well. There’s also fixes for a passcode lock bug, a graphical keyboard glitch and a bug that prevented the 5’s camera flash from firing. Sound good? Go grab the download and let us know how it’s treating you in the comments below. Update: Thanks to our friends at TUAW, we should point out that iPhone 5 owners will need to download an updater app before they can grab 6.0.1. Filed under: Cellphones , Software , Mobile , Apple iOS 6.0.1 released, fixes iPhone 5 OTA software update issue and other bugs (update) originally appeared on Engadget on Thu, 01 Nov 2012 13:21:00 EDT. Please see our terms for use of feeds . Permalink   9to5Mac  |  Apple  |  Email this  |  Comments

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iOS 6.0.1 released, fixes iPhone 5 OTA software update issue and other bugs (update)

How a multinational beer giant is making bank by destroying the world’s beer and laying off the world’s brewers

In “The Plot to Destroy America’s Beer,” Businessweek ‘s Devin Leonard chronicles the rapacious AB InBev, a multinational, publicly traded giant corporation that is buying up American (and European, South American and Asian) family owned breweries, cutting them to the bone, lowering the quality of the ingredients used, shutting down breweries that have been running for more than a century, laying off thousands of workers who’ve given their lives to the companies AB InBev acquired, and changing the recipes to make all the different sorts of beer once on offer taste more or less the same. InBev was never a sentimental company. Shortly after the merger, it shuttered the 227-year-old brewery in Manchester, U.K., where Boddingtons was produced. It encountered more resistance in 2005 when it closed the brewery in the Belgian village of Hoegaarden, from which the popular white beer of the same name flowed. InBev said it could no longer afford to keep the brewery open. After two years of protests by brewery workers and beer aficionados, it reversed itself. Laura Vallis, an AB InBev spokeswoman, says Hoegaarden exports spiked unexpectedly. “The brand’s growth since is positive news for Hoegaarden and for consumers around the world who enjoy it,” she says. Yet some Hoegaarden drinkers say the flavor of the beer changed. “I think now it’s not as distinctive tasting,” says Iain Loe, spokesman for the Campaign for Real Ale, an advocacy group for pubs and beer drinkers. “You often see when a local brand is taken over by a global brewer, the production is raised a lot. If you’re trying to produce a lot of beer, you don’t want a beer that some people may object to the taste of it, so you may actually make the taste a little blander.” (Vallis’s response: “The brand’s commitment to quality has never changed.”) Despite occasional setbacks, Brito’s assiduous focus on the bottom line produced the intended results. InBev’s earnings margin (before taxes and depreciation) rose from 24.7 percent in 2004 to 34.6 percent in 2007. Its stock price nearly tripled. Then he started running out of things to cut. In early 2008, InBev’s results plateaued, and its shares stumbled. Investors hungered for another deal. Brito complied with the takeover of Anheuser-Busch. He had intimate knowledge of his target: America’s largest brewer had distributed InBev’s beers in the U.S. since 2005. Anheuser-Busch’s CEO, August Busch IV, the fifth Busch family member to run the company, was no match for La Máquina and his mentor, Lemann, who was now an InBev director. Anheuser-Busch’s board of directors accepted InBev’s bid of $70 a share on July 14, 2008. The Plot to Destroy America’s Beer ( Thanks, Fipi Lele! )

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How a multinational beer giant is making bank by destroying the world’s beer and laying off the world’s brewers

Curiosity’s first chem test: Sands of Mars taste a lot like volcano

NASA/JPL After a few dry runs, the Curiosity rover has now put its chemistry set to use at a site called the Rock Garden. For the first time, we’ve operated an X-ray diffraction system on another planet, telling us something about the structure of the minerals in the Martian soil. The first results tell us the sand the rover has driven through contains some material that wouldn’t be out of place near a volcano on Earth. Curiosity comes equipped with a scoop that lets it pick up loose soil from the Martian surface and drop it into a hatch on the main body. From there, the samples can be directed into a variety of chemistry labs. Yesterday, NASA and the Jet Propulsion Laboratory revealed the first results obtained by the Chemistry and Mineralogy (or CheMin) instrument, the first time anything of this kind has been operated on another planet. We have a lot of ways to look at the composition of the material on Mars’ surface. We can look at the absorption of light by materials (including from orbit), which can tell us a lot about its likely composition. The rover itself has a number of spectrometers, which can also tell us about the chemical composition of rocks, as well as wet and dry chemistry labs. Read 5 remaining paragraphs | Comments

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Curiosity’s first chem test: Sands of Mars taste a lot like volcano

Breakthrough Promises Smartphones that Use Half the Power

Dupple writes in with news about a discovery that should extend the life of your battery in the near future. “Powering cellular base stations around the world will cost $36 billion this year—chewing through nearly 1 percent of all global electricity production. Much of this is wasted by a grossly inefficient piece of hardware: the power amplifier, a gadget that turns electricity into radio signals. The versions of amplifiers within smartphones suffer similar problems. If you’ve noticed your phone getting warm and rapidly draining the battery when streaming video or sending large files, blame the power amplifiers. As with the versions in base stations, these chips waste more than 65 percent of their energy—and that’s why you sometimes need to charge your phone twice a day. It’s currently a lab-bench technology, but if it proves itself in commercialization, which is expected to start in 2013—first targeting LTE base stations—the technology could slash base station energy use by half. Likewise, a chip-scale version of the technology, still in development, could double the battery life of smartphones.” Read more of this story at Slashdot.

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Breakthrough Promises Smartphones that Use Half the Power