ChineseUniversityofHongKong
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Eric Schmidt praises Myanmar's mobile efforts, but says North Korea hasn't called back
Google's Executive Chairman, Eric Schmidt, was at the Chinese University of Hong Kong earlier today to launch a local entrepreneurship program with the institute. As a man who believes in free and open internet to aid startups and innovation, the exec was happy to give an update on North Korea and Myanmar since he last visited there to promote better web access. For the former, Schmidt joked that no one called him back since the phones there still don't work for local folks. "North Korea is the most isolated country in the world. 23 million people, a million phones, they talk within the country but not out," Schmidt said. "You cannot get information in and out of the country, it's a terrible disservice to the citizens of the country." The exec continued that he can't tell if his visit had any impact at all: soon after he attempted to convince Kim Jong-un's government "to open up to a little bit of the internet," its recent territorial dispute with South Korea held back progress. "I think history will see if it gets better or not," Schmidt said.
Scientists developing E.Coli bacteria that stores, encrypts data
Apparently it's not good enough for bacteria to cause leprosy and tuberculosis any more, as scientists have been hard at work adapting the microorganisms for use as everything from microbial fuel cells to really, really small gears. Now, researchers at the Chinese University of Hong Kong have developed a way to use a colony of E.Coli for data storage and encryption. The technique involved placing data (in this case, The Declaration of Independence) in the DNA of bacterial cells, and can even harness site specific genetic recombination to encrypt the data. That said, the technology is still in its infancy: retrieving the info is "tedious and expensive," according to Cambridge University's Tim Middleton, and there is still the possibility that as organisms mutate, so will the data. Currently the only application of all this is the storage of copyright info in genetically engineered organisms, although further research might yield a bacterial storage medium that could survive the electromagnetic pulses and radiation of nuclear fallout.
