Researchers have discovered a new type of magnet that can increase the data storage

Posted on – Researchers have discovered a new type of magnet that can increase the data storage. A team of researchers from the Department of physics at the University of New York have found a new type of magnet that can be used to produce hard drives. The new magnet is  “singlet ” found in a mixture of uranium and antimony. What sets it apart from the standard solutions used in storage media? Among other things, the fact that he was able to quickly change the character from the magnets to not-magnet.

In a typical magnet used to generate hard drive, magnetic force arises at the time when the electrons are joined to form a single strong magnetic field. Electrons in antimony (camera controller) can be made the magnetic field and change their character very quickly. This is another step for researchers who can translate the introduction of new memory into the computerized environment and stable. However, by the way what kind of these magnets will be able to improve existing computer? Andrew Wray, principal researcher responsible for the project at the University of New York, explained that there are currently many studies related to the use of magnets and magnet for enhancing information storage technology. Magnet based on  “singlet “, IE the type of magnet that will translate the newfound demand for reduction of energy discs, and also significantly increases the speed of transmission of information

Not only between computers, but also in the medium itself.

It must be recognized that regardless of the sophistication of the new magnet is used, the way it seems interesting. Currently, it is unknown exactly where scientists can use their achievement. However, it can be expected that this type of technology will be very useful in large data centers and places associated with the manufacture of very large collections of information. You have to wait a little longer for more information on research to improve your disk.

Source: SlashGear

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