Hitachi has managed to develop a solution for long-term storage of data and claims that in this way they can save hundreds of millions of years.
The technology that was introduced earlier this week in Tokyo, uses a very precise laser to the small pieces of silica glass incorporated dots binary code.
Optical microscope (paired with a computer capable to decipher the imprint) later used to obtain the original data stored on a piece of quartz glass.
Hitachi solution is such that it will be able to survive any apocalyptic scenario that you can imagine: a two centimeter square piece of quartz glass, fire resistant - Hitachi is one such sample is heated up to 1,000 degrees Celsius for two hours, and the data were then able to successfully recover .
This does not mean that Hitachi no obstacles that must be overcome. Capacity is a problem because the laminated quartz glass can save up to about 40MB per square inch. This puts it on par with the CD-R, but not in rankings with a much larger (and far less reliable) external drives.
Nevertheless, this technology makes it really fascinating way to archive important historical and cultural data.
The technology that was introduced earlier this week in Tokyo, uses a very precise laser to the small pieces of silica glass incorporated dots binary code.
Optical microscope (paired with a computer capable to decipher the imprint) later used to obtain the original data stored on a piece of quartz glass.
Hitachi solution is such that it will be able to survive any apocalyptic scenario that you can imagine: a two centimeter square piece of quartz glass, fire resistant - Hitachi is one such sample is heated up to 1,000 degrees Celsius for two hours, and the data were then able to successfully recover .
This does not mean that Hitachi no obstacles that must be overcome. Capacity is a problem because the laminated quartz glass can save up to about 40MB per square inch. This puts it on par with the CD-R, but not in rankings with a much larger (and far less reliable) external drives.
Nevertheless, this technology makes it really fascinating way to archive important historical and cultural data.
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