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Nanomagnets could empower high density on chip storage

Nanomagnets could empower high density on chip storage

A group from the University of California, Berkeley, says it has found another approach to switch the polarization of nanomagnets. The move is said to make ready for high density storage move from hard discs onto coordinated circuits.

A group from the University of California, Berkeley, says it has found another approach to switch the polarization of nanomagnets. The move is said to make ready for high density storage to move from hard discs onto coordinated circuits.

The group, drove by Sayeef Salahuddin, has observed that a slight tilt of the magnets makes them simple to switch without an outside magnetic field. “To decrease the power draw and expand the velocity, we need to have the capacity to make a PC chip that incorporates memory with the goal that it is near the computational activity,” said Salahuddin. “On the other hand, the physics expected to make long haul storage are not perfect with coordinated circuits.”

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