With the rapid development, data doubling every two years, the store is becoming increasingly more difficult. The risk of data loss is always the motivation of companies informatics, computer figure out how to store data more effectively. Engadget said that Microsoft recently bought 10 million fiber molecule - DNA or RNA, which body of all living things store information about themselves - from Twist Bioscience company in San Francisco. They want to see if we can exploit data attributes this amazing to store other information or not. Microsoft said that in the initial test, they "can encrypt and recover 100% data digital from synthetic DNA, " Microsoft said in the initial test, they" can encrypt and recover 100% digital data from DNA synthesis "promises a perfect data retention relative hybrid - (Photo: Independent). According to the Independent, the DNA has the ability to integrate 1 billion terabytes of data in 1 gram. This feature makes it a form of storage more effectively than any other form of storage known computers. Moreover, it also can hold information very long time. As in fact, the DNA of mammoths that existed thousands of years after they died. Experts said the data stored in the DNA will allow lasted 2,000 years or more, making it a long-term storage media more than traditional data storage. The problem was DNA still expensive. Microsoft takes 10 cents to buy 1 custom DNA sequences. They hope it will be cheaper in the future. This was not, access to this data is also quite expensive because they do not have the key required to decrypt them through gene sequence. The study hopes to create product data storage capacity of 1 billion terabytes / 1g and keep the 2,000-year study hopes to create products storing data 1 billion terabytes capacity / 1g and retain 2,000 years - (Photo: Engadget). Microsoft said that in the initial test, they "can encrypt and recover 100% digital data from DNA synthesis." Doug Carmean, partner of Microsoft, said: "We still have to take years to produce a commercial product feasible, but the initial tests we proved that in the future we will be able to significantly increase the density and durability of data storage. " scientists have been studying the use of DNA to store data storage for years. Back in 2012, scientists from Stanford each generated repository of DNA inside living cells. That same year, a team at Harvard "stuffing" 704 terabytes of data in one gram of DNA.
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