Scientists invented an “eternal” disk containing 360 Tb of information
Due to the fact that every year a person operates with an increasing amount of information, there is a natural need to store it somewhere. And it is not only about the spaciousness of modern drives, but also the protection of the collected data.
Despite the fact that modern hard drives can “boast” of impressive capacity, they tend to fail over time. Naturally, there is no question of any guarantee of the safety of information.
And so, on the eve, the researchers from the Center for Optoelectronics in Southampton made the most that no breakthrough. They managed to create a drive that uses a fundamentally new way of storing data. Innovative development called Eternal 5D.
The bottom line is that information is recorded using a femtosecond laser on a nanostructured quartz glass. The advantage of this material is a high data recording density and a long shelf life of information.
So, one small disk (the size of a coin) of the above material can accommodate 360 TB of data and withstand heating up to 1000 degrees Celsius. The newest technology Initially, they plan to introduce it in state structures and scientific organizations. Indeed, the approximate shelf life of information recorded on a revolutionary medium is more than 13 billion years.
Despite the fact that modern hard drives can “boast” of impressive capacity, they tend to fail over time. Naturally, there is no question of any guarantee of the safety of information.
And so, on the eve, the researchers from the Center for Optoelectronics in Southampton made the most that no breakthrough. They managed to create a drive that uses a fundamentally new way of storing data. Innovative development called Eternal 5D.
The bottom line is that information is recorded using a femtosecond laser on a nanostructured quartz glass. The advantage of this material is a high data recording density and a long shelf life of information.
So, one small disk (the size of a coin) of the above material can accommodate 360 TB of data and withstand heating up to 1000 degrees Celsius. The newest technology Initially, they plan to introduce it in state structures and scientific organizations. Indeed, the approximate shelf life of information recorded on a revolutionary medium is more than 13 billion years.
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