But the article argues that this is often just a smokescreen. "The notion here is that somehow these companies are backed into a corner, with no other option than to fire people. And that's just not true. These companies are making a choice. They're deciding that it's faster and cheaper to chuck people overboard and find new ones than it is to retrain them. The economics of cutting rather than training may seem simple, but it's a more complex calculation than most people believe. ... Many of these companies are churning through employees, laying off hundreds on one hand, while trying to hire hundreds more."
Now, a team led by Dr Vito Mocella from the National Research Council's Institute for Microelectronics and Microsystems (CNR-IMM) in Naples, Italy has managed to read individual letters inside one of the scrolls. Using a form of x-ray phase contrast tomography, they were able to ascertain the height difference (about 0.1mm) between the ink of the letters and the papyrus fibers which they sat upon. Due to the fibrous nature of the papyrus and the carbon-based ink, regular spectral and chemical analysis had thus far been unable to distinguish the ink from the paper. Further complicating the work, the scrolls are not in neat cylinders, but squashed and ruffled as the hot gases vaporized water in the papyrus and distorted the paper.
Full paper in Nature Communications (paywalled)."
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The service module from China's circumlunar test flight arrived in orbit around the moon this week, according to Chinese state media reports. The spacecraft is currently flying in an eight-hour orbit that carries it within 125 miles (200 kilometers) of the lunar surface at its closest point, and out to a range of 3,293 miles (5,300 km) at its highest point.
According to chief engineer Zhou Jianlian of the Beijing Aerospace Control Center the module will make its second and third braking in the early hours of today (Jan. 12) and tomorrow, Beijing time. Doing so will enable the module to enter a 127-minute orbit around the moon, Zhou said. [China's 1st Round-trip Moon Shot in Pictures]
Earlier reports noted that a camera system is onboard the service module, designed to assist in identifying future landing spots for the Chang'e 5 mission that will return lunar samples back to Earth in the 2017 time frame."
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There are several forms of [Resistive RAM], but they all store data by changing the resistance of a memory site, instead of placing electrons in a quantum trap, as flash does. RRAM promises better scaling, fast byte-addressable writes, much greater power efficiency, and thousands of times flash’s endurance.
RRAM's properties should enable significant architectural leverage, even if it is more costly per bit than flash is today. For example, a fast and high endurance RRAM cache would simplify metadata management while reducing write latency.
...and plenty more, of course."